TWM569875U - Video-audio recording apparatus with an integration interface device - Google Patents

Abstract

Disclosed is a video-audio recording apparatus with an integration interface device. The integration interface device integrates a video-audio recording module, a biometric feature identification module, a non-biometric feature identification module, a geographic positioning module and a time module, whereby biometric feature data, non-biometric feature data, geographic positioning data and time data are integrated into video-audio recording files so recorded. A communication module connects an external computer, including another video-audio recording apparatus and/or a control center computer for video-audio conference, to include recordings of the whole procedure into a corresponding video-audio recording file. In a preferred embodiment the video-audio recording module, the biometric feature identification module and the non-biometric feature identification module use the same camera.

Description

Video recording device with integrated interface device

The present invention relates to an audio-visual recording device having an integrated interface device, and more particularly to an audio-visual recording device that integrates various verification mechanisms into the integrated interface device.

The audio-visual recording device is a consumer product that is often used by modern people. The video recording device can be used to record what is happening, and the recorded result can be reproduced in the video playback device. Various applications include records of daily life, work, records of manufacturing processes, and recording of legal events. Among them, when applied to the record of legal events, if it is to be used as legal evidence, it must also prove the place and time of the record.

There are many legal acts that need to be in a certain form. For example, the signing of legal documents, the conduct of legal ceremonies, etc. When recording these legal acts using audio-visual recording devices, those who propose such rights to record audio-visual recordings still need to prove the relevance of the recorded content to the location and time.

There are many social behaviors that require direct contact between people. For example, witness, diagnosis, trial, etc. The development of network communication technology enables human-to-human contact in a virtual manner. But the problem that arises is that when people come into contact through the Internet, for example, when they meet, it is difficult to confirm The identity of the party and the location and time of the real. In addition, specific laws also stipulate that such social actions must be able to confirm the identity of both parties in order to have legal effect.

U.S. Patent Publication No. US 2014/190405 A1 discloses a system and method for recording enhanced real electronic signatures. This system is used to record the signature process of the pen and paper. The system uses a camera equipped with a mobile communication device to record the user's signature on the paper and combine the signature form on a virtual image of an electronic document.

U.S. Patent No. 6,726,094 B1 discloses a multi-format image capture method and apparatus for recording a commercial transaction process. The patent provides a self-service client that includes a camera. Customers can use this camera to shoot the barcode of the purchased product. When making a payment, they can make a bank card or credit card and use the credit card machine to swipe the card. The camera captures the bank card or credit card image and billing image and records the customer signature process. All records are stored for future reference.

A document authentication method and system is disclosed in US Patent Publication No. US 2013/038633 A1. The system includes a data input device including a digital recording device and a stylus; an audio recording device such as a camera; a GPS data source; and a computer coupled to the components. The system can record the document signing process, the form of the signature, the geographical location and time of the record, and can be combined with notarization/certification services.

Taiwan created patent No. I493380, the name of the creation: electronic signature method, reveals a system that can simultaneously record the legal document signing process and the graphical trajectory generated by the signature. The system provides a servo unit for matching the markup language of the document signature handwritten trajectory, and the process records the video stream file and compiles it into a data file that can be executed on the web page.

As can be seen from the disclosure of the prior art above, the current industry provides some useful tools for the recording of social behavior. However, in order to provide legally effective audio and video records, it is necessary to integrate multiple recording media. Most of the industry is working to develop audio and video recording devices with high media integration capabilities.

The purpose of the present invention is to provide an audio-visual recording device having an integrated interface device for providing a plurality of media recording contents to support the content recorded by the video recording device.

The purpose of this creation is also to provide a video recording device that can successfully integrate different media.

The purpose of this creation is also to provide a video recording device that can automatically verify an individual's identity.

The purpose of this creation is also to provide a video recording device that can provide a legally validated verification application.

According to the present invention, an audio-visual recording device is an audio-visual recording device having an integrated interface device. The video recording device integrates a video recording function, an electronic identification function and a biometric function, and can add positioning and time recording functions, so that the recorded content can provide sufficient information for verifying the relevant social activities of people, things, and time. , ground and other parameters, as a video recording with verification function.

A preferred embodiment of the present invention provides an audio-visual recording device having an integrated interface device. The audio recording device comprises: an integrated interface device for integrating a plurality of data input modules and outputting the integrated result; an audio recording module connected to the integrated interface device and including at least one camera for recording an event Audio and video data, and the recorded result is transmitted to the integrated interface device; the event may be a dialog process or a signature process; a biometric identification module connected to the integrated interface device and including at least one biometric input device; The biometric input device can be used to transmit the biometric image data to the integrated interface device; the biometric input device can be the camera; a non-biological feature recognition module connected to the integrated interface device and including at least one non-biological feature input The device is configured to capture a non-biological feature image data, and after the identification process, transmit the result to the integrated interface device; the non-biological feature input device may be the camera; a positioning module connected to the integrated interface device, and including At least one geolocation device for capturing a geographic location Transferring to the integrated interface device; the geolocation device is preferably a GPS device or a device address data capture device; a time module connected to the integrated interface device and including at least one time information capture device The method for extracting a system time data is transmitted to the integrated interface device; the time information capturing device is preferably a system clock, but may also be a remote system time data capturing device; An internal memory module connected to the integrated interface device for storing the recorded data generated by the integrated interface device, and providing the required recorded data when requested by the integrated interface device; and a communication module connecting the The interface device is integrated and can be connected to an external computer system by wire or wirelessly to exchange data with the external computer system; the communication module can include an antenna device. The external computer system can be a simple computer, a remote video recording device, a certification center computer, a certification database, and/or a video library.

In a preferred embodiment of the present creation, the camera can record the progress of an event. In such an embodiment, the camera can capture a biometric image of the living body and/or a non-biological feature image on the recording medium to provide the biometric identification module and/or the non-biological feature recognition module for identification. .

In a preferred embodiment of the present invention, the integrated interface device provides a control button for the user to press the control button to activate the camera to record the event, and capture a biometric data and an electronic feature data. After the biometric identification module and/or the non-biological feature recognition module recognizes, the recorded video recording data, biometric data, non-biological feature data, together with a geolocation data and a time data are combined into one video recording. The file is stored in the internal memory module.

In addition, the integrated interface device can also activate the communication module to connect with a remote video recording device for audio-visual dialogue. In this embodiment, the integrated interface device is configured to capture audio and video data recorded by the remote video recording device, and integrate the video and audio according to the time data provided by the remote video recording device. In the log file.

In addition, the integrated interface device can also activate the communication module to connect with a certification center computer for audio-visual dialogue. In such an embodiment, the integrated interface device is configured to provide the camera's recorded content to the certificate authority computer in real time. The integrated interface device can be further configured to capture audio and video data recorded by the certification center computer, and synchronously integrated into the audio and video recording file according to the time data provided by the certification center computer.

The authentication database can store a significant amount of biometric data and/or non-biological data to accept requests from the integrated interface device to provide comparison results of biometric data and/or non-biological data. The video library can receive the request of the integrated interface device, and store the audio and video data files generated by the integrated interface device in the video library. The video library can be configured to accept a request from the integrated interface device to provide a video recording file.

The above and other objects and advantages of the present invention will be more clearly understood from the following description of the embodiments.

10‧‧‧ integrated interface device

20‧‧‧Video Recording Module

21‧‧‧ camera

22‧‧ ‧ documents

23‧‧‧ pen

30‧‧‧Biometric Identification Module

31‧‧‧ Fingerprint

40‧‧‧Abiotic Identification Module

41‧‧‧ ID card

50‧‧‧Internal memory device/module

51‧‧‧Video Library

60‧‧‧Communication module

61‧‧‧Antenna device

71‧‧‧ Positioning module

72‧‧‧Time module

80‧‧‧Certification Database

90‧‧‧Video display device

100‧‧‧Video Recording Device

110‧‧‧Internet

200‧‧‧Remote video recording equipment

300‧‧‧Certificate Center Computer

1 shows a system block diagram of an embodiment of a video recording apparatus having an integrated interface device.

Fig. 2 is a flow chart showing an application example of the video recording apparatus having the integrated interface device.

Several preferred embodiments of the audiovisual recording device having the integrated interface device are described below in accordance with the drawings. It should be noted that the description of the preferred embodiment of the present specification is intended to illustrate the main architecture and possible applications of the present invention in a graphical manner. It cannot be used to limit the scope of this creation.

Please refer to Figure 1. 1 shows a system block diagram of an embodiment of a video recording apparatus having an integrated interface device. As shown in the figure, the audio-visual recording device 100 of the present invention mainly includes an integrated interface device 10, and an audio-visual recording module 20, a biometric identification module 30, and a non-biological feature recognition module 40 connected to the integrated interface device 10. Internal memory device 50 and communication module 60. among them:

The integrated interface device 10 is used to integrate the audio and video recording module 20, the biometric identification module 30, the non-biological feature recognition module 40, the internal memory device 50, and the communication module 60, so that other interfaces are connected to the integrated interface device 10. The module is integrated into a video recording file by accepting the information provided by each module. The integrated interface device 10 can provide other integrated functions, such as integrating the data provided by the external computer system 200, 300, etc., into the video recording file. To achieve this, the integrated interface device 10 can output integrated audio and video recordings and other materials as needed or according to user instructions. The output object may be the remote computer system 200, 300 or any output device.

In a preferred embodiment of the present invention, the video recording device 100 provides an audiovisual display device 90 coupled to the integrated interface device 10 for displaying recorded audio and video content, as well as various control parameters, during recording. In addition, the video display device 90 can also be used to display the biometric image recognition module 30 and/or the non-biological feature recognition module 40 to capture the biometric image and/or the non-biological feature image. In a particular embodiment of the present creation, the video display device 90 can be used to display stored in The audio and video content of the audio and video recording files in the internal memory device 50, or the remote video library 51, and the audio and video content transmitted from the remote video recording device 200 and/or the authentication center computer 300.

In a preferred embodiment of the present invention, the integrated interface device 10 provides a set of control buttons (not shown) for the user to press to control the operation of the video recording device 100. The set of control buttons is preferably a button disposed on the touch screen, but may also be a button provided on the display screen for the user to press and control with a mouse, a keyboard, etc., and not necessarily a hard button.

The embodiment of the audio-visual display device 90 shown in FIG. 1 is a smart phone, especially a touch screen of a smart phone. In this embodiment, in addition to the audio-visual display device 90 being built on the smart phone, the group of buttons can also be displayed on the touch screen of the smart phone. Of course, this implementation is not a technical limitation.

As will be apparent from the following description of the various components and architectures of the video recording apparatus 100, the video recording apparatus 100 can be virtually all built into a smart phone, and utilizes the powerful computing, memory, communication, and display that the smart phone already has. The ability, as well as its photographic function, achieves all of the operations of the present video recording apparatus 100 and provides all of the required functions.

The integrated interface device 10 having the above architecture and functions can be implemented by using a microprocessor, equipped with necessary hardware devices, and executing related firmware and software programs. As described above, the integrated interface device 10 can be integrated using an input/output interface already established in a smart phone to achieve desired operations and integration functions.

As shown in FIG. 1, the video recording module 20 is connected to the integrated interface device 10 and includes at least one camera 21. The function of the camera 21 is to record video and audio material representing an event. The The video recording module 20 transmits the results recorded by the camera 21 to the integrated interface device 10 for integration of the integrated interface device 10 into a video recording file. In the general application example of this creation, the recorded event may be a dialogue process or a signature process, especially the process of recording a legal event, such as the signing of a contract, the determination of a will, the marriage ceremony, the performance of the contract, The process of reaching the conclusion of the meeting, etc. In addition, the process of non-legal behavior, such as other social behavior processes, including medical behavior, on-site inspection, and item inspection, are also the application areas of this creation.

In the preferred embodiment of the present invention, the video recording device 100 is also equipped with a positioning module 71 and a time module 72. The positioning module 71 is also connected to the integrated interface device 10 and includes at least one geolocation device (not shown) for capturing a piece of geolocation data and transmitting the same to the integrated interface device 10. In a preferred embodiment of the present invention, the geolocation device is preferably a GPS device for determining a geographic location in which the audiovisual recording device 100 performs a video recording operation based on satellite positioning data. The geolocation device may also be a device address data retrieval device to obtain its device address, such as an IP address, from the connected communication device, and obtain the relevant geographic location from the server of the communication system service provider and/or Or address information. The positioning module 71 converts the obtained geographical location information and/or address information into a desired format and provides the integrated interface device 10 for integration into the recorded audio and video recording data to indicate that the recording is at that time. The geographic location where the video recording device 100 is located.

The time module 72 is also coupled to the integrated interface device 10 and includes at least one time information capture device (not shown) for capturing a time data for transmission to the integrated interface device 10. In a preferred embodiment of the present invention, the time information capture device is preferably a system clock, such as a clock device built into the integrated interface device 10 for generating system time information. Time information capture device Alternatively, it may be a remote system time data acquisition device that obtains time data of the remote system via a connection method, such as a standard time signal transmitted by a GPS satellite to generate the time information. The time module 72 converts the acquired time information into a desired format and provides it to the integrated interface device 10 for integration into the recorded audio and video recording data to indicate the time at the time of recording.

Figure 1 particularly shows a written document 22 and a pen 23 indicating that the camera 21 is recording a contract or other instrumental signing process. In this example, in addition to recording the signer, the present person, the location feature, and the signing process, the camera 21 can also capture the signed document image, especially the signature track and/or signature, through the user's operation. The form for subsequent use. In a particular embodiment of the present creation, the file 22 is not a physical document, but rather a document displayed on a computer display screen, particularly a touch screen. In this example, the pen 23 is preferably a stylus that can be signed directly on the touch screen. Although the audio-visual recording device 100 of the present invention may be equipped with a touch screen on the audio-visual display device 90, it is not recommended to display the document image and signature directly on the touch screen of the audio-visual display device 90. Mainly because in this embodiment, the camera 21 is generally unable to face or touch the touch screen of the AV display device 90, and the connection between the sign and the signer cannot be established.

The event video recording data recorded by the camera 21 is processed by the video recording module 20, converted into video recording data of a specific format, sent to the integrated interface device 10, and integrated with the positioning module 71 and/or the time. The geolocation data and/or time data provided by the module 72 becomes a video recording file, and the internal memory device 50 exists. In addition to the video recording of the event, the video recording file also contains geolocation information and time information to prove the location and time of the event. The event, except for the party, the person present, and the location characteristics, have been recorded in the video recording file, and may include the text. The form, content, signature form, and record of the formation process become a record file that can provide relevant information about the correct person, thing, time, and place.

The device having the above-mentioned recording and information providing capability can be realized by using a device of the prior art, in particular, a component equipped with a smart phone. The integrated interface device 10 of the present invention can integrate recorded data with different interfaces and platforms to become a complete audio and video recording file.

To further ensure the verifiability of the audiovisual recording, the audiovisual recording device 100 of the present invention provides a biometric identification module 30 that is coupled to the integrated interface device 10 to provide a personal identification/verification function. The biometric identification module 30 includes at least one biometric input device (not shown) for capturing a biometric image data for transmission to the integrated interface device. Any known biometric image input device can be applied to this creation. For example, a fingerprint machine, a palm print machine, an iris camera, a face camera, a voiceprint microphone, and the like. However, considering the system construction cost and application convenience, the biometric input device is preferably the camera 21. The camera 21 can capture biometric images such as fingerprints, palm prints, face shapes, hand shapes, body shapes, iris shapes, gestures, and the like, and obtain feature information of a specific type and format after the feature extraction process, and provide the integrated feature device 10. The integrated interface device 10 can compare the biometric information with the same type of biometric data files stored in the internal memory device 50, and after the comparison is successful, integrate the comparison result into the audio and video recording file. The character indicating that the biometric data is input is the person recorded in the same type of biometric data file in the internal memory device 50. In a specific application, the integrated interface device 10 can also compare the biometric information with the same type of biometric data files stored in an external authentication database 80, and compare them with the comparison. The result is integrated in the video recording file to indicate the identity of the person who entered the biometric data.

Although only one biometric feature, namely the fingerprint 31, is shown in FIG. 1, it is known to those skilled in the art that the biometric features of the biometric identification module 30 of the present invention include fingerprints, palm prints, face shapes, hand shapes, body shapes, iris shapes, Any of the voiceprints and gestures. Among them, fingerprint identification technology should be the most mature commercial technology. However, in one embodiment of the present creation, the biometric input device is a camera 21 for capturing a photo image on a user's identity document. After being processed by the biometric identification module 30, the integrated interface device 10 transmits the result to the internal memory device 50 or the external authentication database 80 for face matching. The advantage of this electronic feature recognition method is that many face images existing in the internal memory device 50 or the external authentication database 80 are actually photo images on the identity document. This comparison method is easier to compare than the comparison of living face images. Various embodiments can be adopted by the operator as needed.

In addition, the video recording device 100 also provides a non-biometric feature module 40 that is coupled to the integrated interface device 10 to provide a personal identity confirmation/verification function. The non-biological feature recognition module 40 includes at least one non-biological feature input device (not shown) for capturing a non-biological feature data and transmitting the non-biological feature data to the integrated interface device. Any known non-biological feature input device can be applied to the present creation. For example, a bar code machine, a video camera, an optical scanner, a wireless tag reader, and the like. As described above, considering the system construction cost and application convenience, the non-biological feature input device is preferably the camera 21. The camera 21 can capture non-biological feature images such as barcodes, characters, numbers, symbols, etc., and after the image extraction and feature extraction processing is performed by the abiotic feature recognition module 40, the non-biological feature information of a specific type and format is obtained and provided to the camera 21 The integrated interface device 10. The integrated interface device 10 can compare the non-biometric feature information with the same type of non-biological feature data file stored in the internal memory device 50, and after the comparison is successful, integrate the comparison result into the video recording file. In to indicate the input The character of the pen biometric data is the character recorded by the same type of non-biological feature data file in the internal memory device 50. In a specific application, the integrated interface device 10 can also compare the non-biometric feature information with the same type of non-biological feature data files stored in an external authentication database 80, and compare with the successful comparison. The result is integrated in the video recording file to indicate the identity of the person who inputs the biometric data.

Although only one non-biological feature, that is, the barcode on the identity card 41 is shown in FIG. 1, it is known to those skilled in the art that the non-biological features applied to the non-biological feature recognition module 40 of the present invention also include characters, numbers, and symbols. Any of them. Among them, bar code identification technology should be the most mature commercial technology. However, the prior art can provide mature technology for the identification of words, numbers and symbols.

In an embodiment of the present invention, the non-biological feature input device is a non-biometric feature input device, such as a camera 21, for taking in a name image and a bar code image on the user's identity document. After processing by the non-biological feature recognition module 40, an identity code, such as a name and an ID number, is generated and transmitted by the integrated interface device 10 to the internal memory device 50 or the external authentication database 80 for comparison. In a specific embodiment, the authentication database 80 is a government identity card issuance system, and the comparison result can be generated according to the identity card number and the name information. After the comparison is successful, the name and identity card number of the input person can be confirmed, and the integrated interface device 10 is integrated into the video recording.

The identification and comparison of the above biometric and non-biological features is already a fairly mature technology. People in this industry can use the commercially available devices and technologies to achieve the functions of this creation after necessary modifications.

The internal memory module 50 is connected to the integrated interface device for storing recorded data generated by the integrated interface device 10, such as audio and video records in recording or integration, and integrated audio and video recording. The video recording can be provided to the integrated interface device 10 when requested by the integrated interface device 10.

If the video recording module 20, the biometric identification module 30, and the non-biological feature recognition module 40 both use the camera 21 as an input device, the camera 21 can be used to record the progress of an event. The camera 21 can capture a biometric image of a living body and/or a non-biological feature image on a recording medium to provide the biometric identification module 30 and/or the non-biological feature recognition module 40 for identification.

The communication module 60 is also coupled to the integrated interface device 10 and provides functionality for connection to an external or remote external computer system. The connection method can be wired or wireless. If it is wireless, the communication module 60 will include an antenna device 61. The external computer system suitable for this creation may be a computer (not shown), but it may also be a remote video recording device 200, a certification center computer 300, an authentication database 80, or a video library 51. Both are connected to the video recording device 100 via the Internet 110. The communication module 60 provides the ability of the video recording device 100 to exchange data with the external computer system.

In the preferred embodiment of the present invention, the video recording device 100 is built into a smart phone. In such an embodiment, the video recording device 100 is connected to the various external computer systems described above by utilizing the mobile Internet access capability or short-range wireless communication capability of the smart phone.

As described above, in a particularly preferred embodiment of the present invention, the integrated interface device 10 provides control keys for the user to press the control button to activate the camera 21 to record the event. The process captures a biometric data and a non-biological feature data, and after being identified by the biometric identification module 30 and/or the non-biological feature recognition module 10, the recorded audio and video recording data, biometric data, and non- The biometric data, together with a piece of geolocation data and a piece of time data, are combined into one video recording file and stored in the internal memory module 50. During the identification process, the integrated interface device 10 can connect the authentication database 80 through the communication module 60 to perform authentication of the biometric data and/or the non-biological feature data. The video recording file can also be provided to the remote video library 51 via the communication module 60 and stored in the video library 51.

In addition, the integrated interface device 10 can also activate the communication module 60 to connect to a remote video recording device 200 for video and audio conversation. For example, in the process of signing a contract such as settlement, loan, insurance, or in the medical diagnosis process, in order to ensure the identity of both parties is correct, one party (for example, the user of the remote video recording device 200) can pass the video of the present creation. The recording device 100 makes a dialogue with the other party (for example, the user of the video recording device 100), and requests the other user to present an identity card, press or photograph a biometric image for comparison by the video recording device 100. In the process, the video recording apparatus 100 records the video and audio data of all processes and the identity confirmation result. In addition, in this embodiment, the integrated interface device 10 can be configured to capture video and audio data recorded by the remote video recording device 200, and synchronize according to the time data provided by the remote video recording device 200. Integrated into the audio and video log file. After this processing of audio and video materials, there is a full record of the dialogue between the two sides.

In addition, the integrated interface device 10 can also activate the communication module 60 to connect to a certification center computer 300 for audio-visual dialogue. For example, in the signing process of the aforementioned insurance contract, in addition to the insurance salesman and the insured person, the insurer is still present. In addition, in many notarization and witnessing processes, In addition to the parties to the legal act, witnesses and notaries are also present. In such an embodiment, the insured person or a party may use the video recording device 100, and the insurance salesperson or the other party may use the remote video recording device 200, and the underwriter or witness/notary Then, the certification center computer 300 is used to perform a three-way conversation. In this application example, the integrated interface device 10 is constructed to provide the recorded content of the camera 21 to the authentication center computer 300 and the remote video recording device 200 in real time. The remote video recording device 200 also provides images captured by its camera to the authentication center computer 300. When the audio and video recording file is integrated, the integrated interface device can be further configured to capture the audio and video data recorded by the certification center computer 300, and synchronously integrated into the audio and video recording according to the time data provided by the certification center computer 300. In the file. This completes the complete audio and video recording of the three-party call interaction.

In application, the authentication database 80 can store a significant amount of biometric data and/or non-biological feature data to accept the request of the video recording device 100 to provide comparison results of biometric data and/or non-biological data. . In addition, the video library 51 can receive the request of the video recording device 100, and store the video data file generated by the integrated interface device in the video library 51. The video library 51 can be configured to accept a request from the video recording device 100, the remote video recording device 200, and/or the authentication center computer 300 to provide a video recording file.

In the various application examples of the present invention, the audio and video data files recorded by the video recording device 100 may be stored in the internal memory module 50, or may be stored in the audio and video library 51, or the internal memory module may exist at the same time. 50 and the video library 51. However, in a specific application, the system is configured to be stored in the video library 51 and is not stored in the internal memory. In module 50. This method can ensure the privacy of the recorded person and prevent the recorded person from resisting the recording and recording operation.

The application of the present video recording apparatus 100 will be described below with reference to FIG. Fig. 2 is a flow chart showing an application example of the video recording apparatus having the integrated interface device. As shown in the figure, in step 201, the user of the remote video recording device 200 is an insurance salesman, and the user of the video recording device 100, that is, the insurer, requests to initiate a video recording operation of the insurance contract signing. The user of the remote video recording device 200 also requests the user of the authentication center computer 300, that is, the underwriter, to initiate a video recording operation of the insurance contract signing. The user of the video recording device 100 and the user of the authentication center computer 300 activate the device at 202. On the side of the video recording apparatus 100, the integrated interface device 10 activates the camera 21 of the video recording module 20 to start shooting. At the same time, the user of the remote video recording device 200 also activates his camera (not shown) to start shooting. In a particular example, the user of the certificate authority computer 300 also activates his camera (not shown) to begin shooting.

In step 203, the user of the remote video recording device 200 instructs the user of the video recording device 100 to hold his/her own identity card, close to the face, and operate the camera 21 to take a picture of his face and identity card. The user of the video recording apparatus 100 follows the operation. The biometric identification module 30 and the electronic feature recognition module 40 respectively capture the required facial image and the identity card barcode image from the identity card image captured by the camera 21, and process the same in step 205. The facial feature data and the identity card number data are obtained and provided to the integrated interface device 10. In step 206, the integrated interface device 10 compares the facial feature data and the identity card number data with the biometric data file and the non-biological characteristic data file stored in the internal memory device 50, or is connected through the communication module 60. And comparing the biometric data file and the non-biological characteristic data file stored in the authentication database 80. 207 comparison Successfully, the integrated interface device 10 acquires the identity data of the user of the audio-visual recording device 100 and integrates it into the audio-visual data file being recorded.

In step 208, the user of the remote video recording device 200 indicates to the user of the video recording device 100 that the comparison is successful, and instructs the user of the video recording device 100 to launch an insurance policy before the camera 21, and The contract is aligned with the camera 21 lens. The user of the video recording apparatus 100 follows the operation. In step 209, the user of the remote video recording device 200 instructs the user of the video recording device 100 to sign the name and date at the designated location of the document to be guaranteed. The user of the video recording apparatus 100 follows the operation. There is more than one signing place for the insured book, so the user of the video recording device 100 signs in sequence. After the signing is completed, the user of the remote video recording device 200 instructs the user of the video recording device 100 to scan the entire contents of the book to be protected by the user of the remote video recording device 200. The user of the video recording apparatus 100 follows the operation. The result of the review is correct, and the user of the remote video recording apparatus 200 indicates to the user of the video recording apparatus 100 that the signing has been completed.

In step 211, the user of the remote video recording device 200 issues several questions to the user of the video recording device 100 to ensure that the user of the video recording device 100 understands the contents of the insurance contract and the user of the video recording device 100. It is signed under the consciousness of freedom. The user of the video recording apparatus 100 follows the answer. In step 212, the user of the remote video recording device 200 asks the user of the authentication center computer 300 whether to agree to sign the content. The user of the certificate authority computer 300 agrees. In step 213, the user of the remote video recording device 200 instructs the user of the video recording device 100 to announce that the insurance contract has been established, and ends the video recording. At step 214, the user of the video recording apparatus 100 presses the end button. At this step, the video recording operation continues. Row. In step 215, the integrated interface device 10 obtains geographical location data of the location of the audio-visual recording device 100 from the positioning module 71, and acquires start and end time data from the time module 72. In step 216, the integrated interface device 10 integrates the geographic location data and the time data into the recorded video recording file. In step 217, the integrated interface device 10 obtains the video recording data recorded by the remote video recording device 200 from the remote video recording device 200. In step 218, the integrated interface device 10 integrates the video recording data recorded by the remote video recording device 200 into the video recording file according to the time relationship. In step 219, the integrated interface device 10 stores the integrated audio and video recording file in the internal memory device 50, and transmits the video recording file to the remote video and audio library via the communication module 60. At step 220, the video recording is completed.

The above is a video recording apparatus having an integrated interface device of the present invention by using a specific preferred embodiment. However, it is not difficult for people in this industry to read the patent specification and modify it according to the content of this creation to achieve the same or substantially the same result. Various derivatives or changes, as long as they do not deviate from the spirit of this creation, should fall within the scope of this creation.

Claims (24)

An audio-visual recording device comprises: an integrated interface device for integrating a plurality of data input modules and outputting an integrated result; an audio-visual recording module connected to the integrated interface device and including at least one camera for recording a representative The audio and video data of the event, and transmitting the recorded result to the integrated interface device; a biometric identification module connected to the integrated interface device and including at least one biometric input device for capturing a biometric image data and transmitting To the integrated interface device; a non-biological feature recognition module connected to the integrated interface device and including at least one non-biological feature input device for capturing a non-biological feature image data, and after the identification process, transmitting the result To the integrated interface device; a positioning module connected to the integrated interface device and including at least one geolocation device for capturing a geolocation data to be transmitted to the integrated interface device; and a time module connecting the integration Interface device and including at least one time information capture device Extracting a system time data to the integrated interface device; an internal memory module connected to the integrated interface device for storing the recorded data generated by the integrated interface device, and providing the integrated interface device when requested The required recording data; and a communication module connected to the integrated interface device and connected to an external computer system by wire or wirelessly to exchange data with the external computer system. The video recording device of claim 1, wherein the event is a dialogue process or a signature process. The video recording device of claim 1, wherein the biometric input device is one selected from the group consisting of a camera, a fingerprint machine, a palm print machine, an iris camera, a face camera, and a voiceprint microphone. . The video recording device of claim 3, wherein the biometric input device is a camera of the audio recording module, for taking a photo image on a user's identity document for face matching. The video recording device of claim 1, wherein the non-biological feature input device is one selected from the group consisting of a camera, a barcode printer, an optical scanner, and a wireless tag reader. The video recording device of claim 1, wherein the biometric input device and the non-biological feature input device are both cameras of the video recording module. The video recording device of claim 1, wherein the geolocation device is a GPS device, configured to determine, according to satellite positioning data, a geographic location where the audiovisual recording device performs a video recording operation, or a device address data. The capture device obtains its device address from the connected communication device and obtains relevant geographic location and/or address information from a server of the communication system service provider. The video recording device of claim 1, wherein the time information capturing device is a system clock, or is a remote system time data capturing device, and obtains time data of the remote system via a connection method, such as GPS artificial The standard time signal transmitted by the satellite to generate the time information. The video recording device of claim 8, wherein the time data of the remote system comprises a standard time signal transmitted by the GPS satellite. The video recording device of claim 1, wherein the communication module is a wireless communication device. The video recording device of claim 1, wherein the external computer system is at least one selected from the group consisting of: a computer, a remote video recording device, a certification center computer, a certification database, and audio and video materials. Library. The audio recording device of claim 11, wherein the external computer system is an authentication database, and stores a considerable amount of biometric data and/or non-biological data to accept the request of the integrated interface device to provide biometrics. Alignment results of data and/or non-biometric data. The audio-visual recording device of claim 11, wherein the external computer system is a video library for receiving the request of the integrated interface device, and storing the audio-visual data file generated by the integrated interface device in the audio-visual data. In the library, the request of the integrated interface device is accepted, and a video recording file is provided. The audio recording device of claim 13, wherein the external computer system is a video library, and the internal memory module is configured to store the audio and video data files generated by the integrated interface device. The video recording device of claim 13, wherein the integrated interface device is configured to integrate the data provided by the external computer system into the audio and video recording file. The audio-visual recording device of claim 15, wherein the integrated interface device is configured to output the integrated audio-visual record and other materials as needed or according to a user's instruction. The audio-visual recording device of claim 1 further includes an audio-visual display device coupled to the integrated interface device for displaying the recorded audio-visual content and various control parameters during recording. The audio-visual recording device of claim 17, wherein the audio-visual display device can display the biometric identification module and/or the non-biological feature recognition module to capture the biometric image and/or the non-biological feature image. The video recording device of claim 1, wherein the integrated interface device further comprises a set of control buttons for the user to press to control the operation of the video recording device. The video recording device of claim 19, wherein the group of control buttons is a button disposed on the touch screen. The video recording device of claim 1, wherein the video recording device is all built in a smart phone. The video recording device of claim 1, wherein the integrated interface device provides a control button for the user to press the control button, respectively, to activate the camera to record the event, and capture a biometric data, a non-living The characteristic data is recorded by the biometric identification module and/or the non-biological feature recognition module, and the recorded video recording data, biometric data, non-biological characteristic data, together with a geolocation data and a time data, Combined into an audio and video recording file, it is stored in the internal memory module. The audio-visual recording device of claim 1, wherein the integrated interface device can activate the communication module to connect with a remote video recording device for audio-visual dialogue; the integrated interface device is further configured to be captured The video and audio data recorded by the remote video recording device is synchronously integrated into the audio and video recording file according to the time data provided by the remote video recording device. The audio-visual recording device of claim 1, wherein the integrated interface device can activate the communication module and connect to a certification center computer for audio-visual dialogue; the integrated interface device is configured to take the camera The recorded content is immediately provided to the certification center computer; and the integrated interface device is further configured to capture the audio and video data recorded by the certification center computer, and integrate the video and audio recording according to the time information provided by the certification center computer. In the file.