KR20020012029A - Offering system a moving picture storing medium and controlling method thereof - Google Patents

Abstract

PURPOSE: A motion picture storage medium issuing system and a method of controlling the system are provided to photograph motion pictures by a digital camera to product a small quantity of motion picture storage medium, and produce a large amount of motion picture storage medium. CONSTITUTION: A motion picture storage medium issuing system is composed of a plurality of video cameras(100-100N), and a motion picture storage medium issuing unit(110). The video cameras take photographs of an object for a predetermined period of time. The motion picture storage medium issuing unit receives motion picture data from the video cameras or converts and compresses information downloaded via a network into a motion picture file, to produce a predetermined quantity of motion picture CD. Then, the issuing unit produces motion picture CDs based on the purchase demands of customers and provides the produced motion picture CD to the customers.

Description

System for issuing video storage media and its control method {OFFERING SYSTEM A MOVING PICTURE STORING MEDIUM AND CONTROLLING METHOD THEREOF}

The present invention relates to a system for issuing a moving picture storage medium and a control method thereof, and more particularly, to record video information such as performances and seminars for a predetermined period of time by a plurality of video cameras (digital cameras) and to store a few videos after editing. Produce a video storage medium that provides a video storage medium in real time to attendees who attended the performances, seminars, etc. by producing a medium and simultaneously producing a large amount of video storage media according to the purchase demand using the produced video storage medium. It relates to a system and a control method thereof.

Usually, the majority of people who watch or attend performances, seminars, academic conferences, sports events, etc., are in the position to see and understand the contents of the event. For example, a person who watches his or her favorite performance pays a certain price to see the performance while going to the venue, or when attending a conference hall such as a seminar or academic conference, the contents of the meeting are limited to the lecture time. He listens and records important parts for each individual.

Therefore, if the majority of the people who attended such a video exhibition want to see the contents of the performances they attended or the academic conferences and seminars that they attended, they are the video tape recorder (VTR) at the event. If you do not record through a video device such as), you are forgotten over time, or depending on what was recorded at the time was forced to remember.

In addition, even if you attend a seminar or academic meeting held in a specialty and listen to the contents of the meeting, if the contents of the meeting are not completely understood or are of interest or important contents, the contents of the meeting are left as a video medium. There are many people who want to listen to it, but most people only listen to the recording process during that time.

In addition, if the person does not attend the video exhibition directly, there is no way of knowing the contents of the event, and even if the video exhibition is broadcasted on a video medium through airwaves, the viewer may view the content again. Only the videotape is recorded on the videotape through the recorder, and only the viewing is performed through the recorded videotape.

For example, at the time of viewing a performance, visitors may store the contents of the performance in the videotape and leave it as a video, and then replay the contents of the performance through a medium such as a VTR to revisit the contents of the performance or keep them as a collection. In addition, a personal video camera is used to retain the video storage media according to its own editing method.

At this time, even if the individual attends a performance or an academic conference and records the contents by using their personal video camera, the recording is lacking in professional technology, so that the image quality is poor and cannot be viewed correctly during playback. Occurs frequently, and because they are only concerned with recording during the time of the performance or academic conference when recording their contents, there is a problem that they cannot directly attend the performance or academic conference.

However, when the video tape is stored in the video tape as described above, the video tape may not be permanently used due to deterioration of the magnetic tape when it is used for a long time, and there is an uneconomical problem, and the inconvenience of not storing the video tape is not easy. there was.

In addition, in order to record and watch a video on the videotape, a separate recording device must be provided. However, even if such a recording device is widely used, it can only be checked in a place where a TV CRT is provided where the recording device and the video are displayed separately. Recently, there was an inconvenience in confirming the video through a CD player that is widely used.

Accordingly, the present applicant has previously applied for a system for issuing a moving picture storage medium through a network and a method of operating the same (domestic patent application 10-2000-31989). According to the issuing system and operation method of a video storage medium through the network, a plurality of video cameras are installed in a place where performances, seminars, academic conferences and sports events are held, and the video recorded by the video camera is stored. That is, the first video storage medium issuing machine is provided so as to be stored on a CD and issued to the consumer and to download the video through an online medium.

However, since the first video storage medium issuing device is supplied with predetermined power to each function module as a whole, it is impossible to produce a video storage medium when the power supply is interrupted. There were various problems such as the inability to print e-mail contents.

Accordingly, the present invention has been made in order to solve the above problems, and a plurality of video cameras (digital cameras) are installed at open places such as performances, seminars, academic conferences, and athletic events, and the video photographed by the video cameras. After receiving the information in real time, the master CD was recorded for the first time, and afterwards, the master CD was used to record a large amount of the CD containing the moving image information to attendees who attended the performances, seminars, academic conferences, and sports events. The purpose of the present invention is to provide a video storage medium issuing system and a control method thereof.

In addition, the present invention has another object to allow a predetermined customer to check the various information (for example, e-mail, etc.) received through the network via the display unit, and to immediately print the confirmed information content at the reading place. .

The video storage medium issuing system according to the present invention for achieving the above object, the first to N-th video camera installed at the location of the shooting object to shoot the video data for the shooting object for a predetermined time, and the first After converting and compressing various types of information received from the N-th video camera or downloaded through a network into a video file format, a certain number of video CDs are produced, and the video CDs are used. Produces a video CD as many as the purchase intention, characterized in that it comprises a video storage medium issuing unit for providing to the customer.

Preferably, the moving picture storage medium issuing unit displays a moving picture data received from the first to the N-th video camera and a monitor for editing the video required to produce the moving picture CD, and the video data displayed on the monitor video A control module unit for performing a whole control process to compress the file into a moving picture CD and to produce the compressed video file, and first and second duplexers for producing the moving picture CD according to the control operation of the control module part. It is configured.

The moving picture storage medium issuing unit may include a power supply unit supplying predetermined power to the monitor control module unit, first and second duplexers, and the power supplied from the power supply unit to the monitor control module unit and the first control unit. In addition, a power distributor is further mounted to supply the second duplicater independently.

On the other hand, the control method of the video storage medium issuing system according to the present invention for achieving the above object, MPEG video unit from the first to N video camera is installed on a predetermined shooting object to shoot video data And converting the compressed video file into a predetermined video compressed file in the MPEG board unit, reading the video compressed file by a microprocessor, displaying it on a monitor, editing the image, and storing the video in the memory unit; Simultaneously recording and storing a moving image compressed file stored in the plurality of blank CDs according to a predetermined recording standard on a plurality of blank CDs to which the first duplicater is applied; and produced by the first duplicater The process of producing a plurality of moving picture CDs by the second duplicater using an image file from the moving picture CD It is composed.

According to the moving picture storage medium issuing system and the control method thereof according to the present invention as described above, a predetermined number of moving picture CDs are stored by storing predetermined moving picture information photographed by the first to N-th video cameras in a blank CD. Firstly, after the production of a large number of video CDs using the video CD at the same time, after watching a predetermined performance and academic seminars, it is possible to immediately receive a video CD containing the contents of such performances and academic seminars .

1 is a schematic block diagram showing a video storage medium issuing system according to a preferred embodiment of the present invention;

2 is a block diagram showing the control module of FIG.

3 is a flowchart illustrating a control method of a video storage medium issuing system according to a preferred embodiment of the present invention;

4 is a flowchart illustrating a process of identifying and printing various types of information and email according to FIG. 3.

* Description of the symbols for the main parts of the drawings *

100-100N: 1st to Nth video camera, 110: Video storage medium issuing unit,

112: monitor, 114: first duplicater,

116: second duplexer, 118: inkjet printer,

120: control module unit, 121: channel distribution unit,

122; MPEG mixer section, 124: MPEG board section,

126; Microprocessor, 128: memory,

130: data transmission and reception unit, 132: power supply unit,

134: power distributor.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a schematic block diagram showing a moving picture storage medium issuing system according to a preferred embodiment of the present invention, Figure 2 is a block diagram showing the control module of FIG.

As shown in FIG. 1, the video storage medium issuing system of the present invention includes a first to N-th video camera (100-100N) installed at a location of a shooting object to capture video data of a shooting object for a predetermined time; After receiving predetermined video data photographed from the first to Nth video cameras (100-100N), compressing the video data into a video file, and producing a plurality of video CDs according to the purchase intention of the customer, and providing the video storage medium to the customer. Bar 110 is included, the video storage medium issuing unit 110 is the control of the control module unit 112 to describe the video data received from the first to N-th video camera (100-100N) to be described later A monitor 112 for displaying according to an operation and editing a video required for producing the moving picture CD; and compressing the image data displayed on the monitor 112 into a moving picture file Control module 120 for performing the overall control process to produce a video file as a video CD, and the first and second duplication (Duplicator) for producing the video CD according to the control operation of the control module 120 114, 116, and an inkjet printer 118 is provided so that a predetermined customer can check and print the authorized e-mail or various information through the data transmission and reception unit 130.

The moving picture storage medium issuing unit 110 supplies an uninterruptible power supply to supply the predetermined power to the monitor 110, the control module unit 120, the first and second duplexers 114 and 116, and the inkjet printer 118. A power supply unit 132 as an uninterruptible power supply (UPS) is included, and the power supplied from the power supply unit 132 is supplied to the monitor 112, the control module unit 120, the first and second duplexers. The power divider 134 is further mounted to be configured to supply the rotors 114 and 116 independently.

In addition, the monitor 112 is composed of a computer monitor or a liquid crystal monitor of a predetermined capacity so that a video CD purchase customer can perform image editing.

Further, the first duplexer 114 simultaneously records the predetermined number of moving image compressed files on a pre-loaded empty CD according to the control operation of the microprocessor 126, which will be described later. Meanwhile, the second duplexer 116 is configured to produce a large amount of moving image CDs using the moving image CD produced by the first duplicater 114.

The first duplicater 114 simultaneously records six moving picture CDs at a speed of 12x and simultaneously loads 175 CDs to continuously record and connect up to four via predetermined interface means. The second duplexer 116 simultaneously records 16 moving image CDs at a 12x speed using a moving image CD produced by the first duplicater 114 and mediates a predetermined interface. It can be installed additionally in proportion to the quantity purchased.

In addition, the data transmission and reception unit 130 is separately installed to transmit / receive predetermined data between the control module unit 120 and the web system through a predetermined network.

Meanwhile, as shown in FIG. 2, the control module unit 120 selects video data to select any one video data from at least two video data received from the first to N-th video camera 100-100N. A channel distribution unit 121 for distributing and supplying, an MPEG mixer unit 122 receiving the video data selected through the channel distribution unit 121, and the video data from the MPEG mixer unit 122 as a compressed video file. In order to store the MPEG board unit 124 to be formatted and the video compressed file formatted by the MPEG board unit 124 in the memory unit 128, and to read the video compressed file and to produce a video CD. It is configured to include a microprocessor 126 to perform. The memory unit 128 includes a RAM 128a and an auxiliary memory device (HDD) 128b.

On the other hand, the configuration modules are interfaced with each other by a small computer system interface (SCSI) standard, the data transmission and reception unit 130 is RS-232C serial bus for communication with the video storage medium issuing unit 110 The standard applies, but may be applied according to other interface standards.

The operation process of the video storage medium issuing system configured as described above will be described with reference to the accompanying drawings.

First, in a state where a predetermined photographing object such as a performance, an athletic competition, an academic seminar, etc. is held, a plurality of image photographing apparatuses are installed, such as the first to Nth video cameras (or digital cameras) 100-100N. When the predetermined video data is captured by the first to Nth video cameras 100-100N, the video data is transmitted in real time to the video storage medium issuing unit 110 connected by the transmission medium (step 200 to step 202).

The video data transmitted to the video storage medium issuing unit 110 allows the channel distribution unit 121 to selectively transmit predetermined video data to be stored on a blank CD, and is applied through the channel distribution unit 121. Any one of the moving image data is supplied to the MPEG board unit 124 via the MPEG mixer 122.

The moving picture data supplied to the MPEG board unit 124 is checked by the purchaser through the monitor (display unit) 112, and the predetermined moving picture data can be stored in a blank CD through key operation. The video is edited as much as time.

At this time, the video data applied from the first to N-th video camera (100-100N) receives only the video data photographed from any one shooting object, thereby editing the video data photographed from various angles according to the taste of the purchase customer On the other hand, each of the video data transmitted from at least one or more different photographing objects by using the channel distribution unit 121 to check the video data one by one, it is also possible to select the video data to be produced and edit the video Of course.

Subsequently, the image-edited moving image data is formatted into a predetermined image compressed file in the MPEG board unit 124 and then stored in the memory unit 128 according to the control operation of the microprocessor 126. Sent by processor 126 to first replicator 114 (step 204).

The first duplexer 114 is capable of loading up to 175 blank CDs, and recording six blank CDs at 12 times the speed (ie, 650 Mb / 4 minutes) as described above. Of course, the same equipment as the first duplicater 114 can be used to interface with up to four units.

Therefore, when the image compression file is transferred according to the control operation of the microprocessor 126 in the state where six blank CDs are normally loaded in the CD seating portion of the first duplicater 114, the image compression file is stored. Is recorded and stored on the blank CD according to a predetermined recording standard.

As described above, when the moving picture CD in which the image compression file is recorded and stored is produced by the first duplicater 114, the operator produces the moving picture CD to be supplied to the purchase customer using the moving picture CD (step 206). Such a supply moving picture CD is made in the second duplicater 116. In other words, the moving picture CD produced by the first duplicater 114 is an original moving picture CD that is supported to produce a large amount of moving picture CDs in the second duplicater 116.

Accordingly, the second duplicater 116 manufactures a large amount of moving image CDs using the moving image CDs produced by the first duplicater 114, and typically performs 16 times moving image CDs at 12 times the speed (ie, 650 Mb). / 4min) copy and save the video compression file recorded on the video CD at the speed.

In this case, the second duplicater 116 copies only the image file of the moving image CD produced by the first duplicater 114, and then uses 16 blank CDs mounted on the CD recorder as described above. The image file is recorded and stored in step 208.

In the present invention, two such duplexers 116 are interfaced according to a predetermined standard, but may be additionally mounted according to the number of purchase customers of the moving image CD.

When the moving picture CD storing the moving picture is completed as described above, the moving picture CD with the predetermined level is provided to the purchase customer (step 210). In this case, the moving picture CD is provided in a state in which a predetermined level is pre-printed on the outer surface according to a printing operation before being mounted to the CD seating part provided in the moving picture storage medium issuing unit 110, but the second duplexer 116 By providing a label printer, a purchaser can produce a video CD and then print the desired label directly.

Meanwhile, the video storage medium issuing system of the present invention can transmit / receive predetermined data through a network. For example, when two video storage medium issuing systems are connected to each other via a network, any one video storage medium is provided. The other video storage medium issuing system from the issuing system can be authorized by the data transmission and reception unit 130 via the network, and accordingly, a remote client can receive the predetermined video data from a remote site and produce a video CD. have.

In addition, when the video storage medium issuing system connects to a predetermined communication network through a network, the customer can download various information and e-mails using the video storage medium issuing system. Such information can be directly received by the printed matter printed through the inkjet printer 118, for example, when receiving various information from the web system through the data transmission and reception unit 130, the customer through the monitor 112 Confirmation (step 220-step 224).

Subsequently, if the user wants to print the information displayed on the monitor 112 instead of visually confirming (YES in step 226), the data to be printed is transmitted to the inkjet printer 118 through the key operation, and accordingly, the inkjet printer ( In step 118, the customer may receive the information printed immediately (steps 228 and 230).

As described above, according to the video storage medium issuing system and the control method thereof according to the present invention, after producing a predetermined number of moving picture CDs of a predetermined number of video information, using the video CD to a large number of moving picture CD By producing, the audience attending the performances can immediately purchase a video CD containing the contents of the performances they saw after the performance.

In addition, according to the present invention, by using the video storage medium issuing system can be provided by printing the predetermined information or e-mail content requested by the user, the video information or various information stored in the video CD via a network in a remote place The back can be easily recorded and stored on a blank CD.

Claims (11)

A first to N-th video camera (100-100N) installed at a location of the photographing object so as to photograph video data about the photographing object for a predetermined time; After converting and compressing various types of information received from the first to Nth video cameras 100-100N or downloaded through a network into a video file format, a predetermined number of video CDs are produced. The video storage medium issuing system, characterized in that it comprises a video storage medium issuing unit 110 for producing a video CD by the quantity according to the purchase intention of the customer by using the video CD. The method of claim 1, The video storage medium issuing unit 110 is a monitor 112 for displaying the video data received from the first to N-th video camera (100-100N) and to edit the video required to produce the video CD, and Control module unit 120 and the control module 120 to perform the overall control process to compress the video data displayed on the monitor 112 to a video file and to produce the compressed video file as a video CD; A video storage medium issuing system, characterized in that it comprises a first, second duplicater (114 116) for producing the video CD according to the operation. The method of claim 2, The video storage medium issuing unit 110 may include a power supply unit 132 for supplying predetermined power to the monitor 112, the control module unit 120, the first and second duplexers 114 and 116, and the power supply unit ( The power distributor 134 is further mounted so that the power supplied from the 132 can be independently supplied to the monitor 112, the control module unit 120, and the first and second duplexers 114 and 116. Video storage media issuing system. The method of claim 3, wherein The power supply unit 132 is a video storage medium issuing system, characterized in that consisting of an uninterruptible power supply (UPS). The method of claim 2, The control module unit 120 includes a channel distribution unit 121 for selecting predetermined video data from at least two video data received from the first to N-th video camera 100-100N, and the channel distribution unit 121. MPEG mixer unit 122 receiving video data selected through the < RTI ID = 0.0 >), < / RTI > MPEG board unit 124 for formatting the video data from the MPEG mixer unit 122 into a video compressed file, and the MPEG board unit 124. The microprocessor 126 stores the compressed video file formatted by the memory unit 128 in the memory unit 128, reads the compressed video file from the memory unit 128, and performs a control operation to produce a moving image CD. Video storage medium issuing system, characterized in that the configuration. The method of claim 3, wherein The first duplexer 114 simultaneously records 6 moving picture CDs at 12x speed, loads 175 CDs continuously, and continuously records them, and connects up to four via predetermined interface means. Video storage medium issuing system, characterized in that configured to enable. The method of claim 3, wherein The second duplexer 116 simultaneously records 16 moving image CDs at 12x speed using the moving image CDs produced by the first duplicater 114 and uses a different interface means. Video storage medium issuing system, characterized in that the configuration is further equipped with two duplicaters. The method of claim 2, The video storage medium issuing unit 110 is characterized in that the inkjet printer 118 is provided to check the various information received via a predetermined network through the monitor 112, and to print the identified contents. Video storage media issuing system. The video data is received from the first to Nth video camera 100-100N installed in a predetermined photographing object through the MPEG mixer 122 to convert the video to a predetermined compressed file in the MPEG board unit 124. Formatting process, Reading the compressed video file by the microprocessor 126 and displaying the video compressed file on the monitor 110 to perform image editing, and storing the compressed video file in the memory unit 128; Simultaneously recording and storing a moving image compressed file stored in the memory unit 128 in a predetermined number on a plurality of blank CDs to which a first duplicater 114 is applied and mounted in advance; Video storage medium, characterized in that the second duplexer 116 to produce a plurality of video CDs using the image file from the video CD produced by the first duplexer 114 is configured Control method of issuing system. The method of claim 9, Checking the various information received through a predetermined network via the monitor 112, and prints the identified information using the inkjet printer 118 of the video storage medium issuing system, characterized in that further Control method. The method of claim 9, The first duplicater 114 produces a moving picture CD by recording the compressed video file to a predetermined number of empty CDs according to a control operation of the microprocessor 126. Duplicator 116 is a control method of a video storage medium issuing system, characterized in that for producing a large number of moving picture CDs using the moving picture CD produced by the first duplicater (114).