KR102018596B1 - Digital video broadcasting contents service receiving system for the human transport member and the control method thereof - Google Patents

Abstract

According to an embodiment of the present invention, a system for receiving a digital video broadcasting content service of a transportation member for a person, comprises: an image member for providing a digital video broadcasting content service online; a person transportation member having a satellite communicator for receiving data transmitted by the image member and a plurality of set-top boxes for distributing and outputting data received from the satellite communicator; and a plurality of client terminals simultaneously connected to the set-top boxes to receive the digital video broadcasting content service from the image member. The client terminals set service access information for receiving the digital video broadcasting content service of the image member. Also, each of the set-top boxes is specified with service access information on the client terminals capable of forming a communication channel.

Description

Digital Video Broadcasting Content Service Receiving System and Control Method for Persons Transported in Persons for Persons and Persons {DIGITAL VIDEO BROADCASTING CONTENTS SERVICE RECEIVING SYSTEM FOR THE HUMAN TRANSPORT MEMBER AND THE CONTROL METHOD THEREOF}

According to the present invention, passengers can freely use digital video broadcasting contents such as terrestrial, cable broadcasting, and VOD through their mobile terminals in an interpersonal transportation member that transports a plurality of people such as buses, trains, airplanes and cruise ships. The present invention provides a digital video broadcasting content service receiving system for a citation transport member and a method of controlling the same.

Generally, interpersonal transportation devices include cars, trains, ships, and trains, and express buses, tour buses, trains, cruises, and ferry ships that travel long distances are received or received by satellite receivers for passengers' convenience. It provided a self-stored image.

In this case, the digital video broadcasting content service provided by the conventional interpersonal transportation device has been provided through a terrestrial wave received through a satellite antenna, or an image stored in a cable broadcast and / or a self-stored image storage and playback device.

However, the digital video broadcasting content service provided by the conventional interpersonal transportation device is a one-way service in which individual preferences are not considered at all because the digital video broadcasting content service provided by a plurality of people gathers in a limited space. There is a problem of low effectiveness.

Korean Unexamined Patent Publication No. 10-2005-0098982 (2005.10.12) Korean Laid-Open Patent Publication No. 10-2004-0017575 (2004.02.27)

Therefore, the present invention has been made to solve the conventional problems as described above, the object of the present invention is a digital video broadcasting content of a personal transport member that a plurality of people can freely select and receive the content according to individual preferences The present invention provides a service receiving system and a control method thereof.

In addition, another object of the present invention is to provide a digital video broadcasting content service receiving system and a control method of a personal transport member that can prevent the load between a plurality of set-top boxes and a plurality of mobile terminals mounted on the personal transport member. In providing.

The present invention can provide the following examples in order to achieve the above object.

According to an embodiment of the present invention, an image member for providing a digital video broadcasting content service and a satellite communicator for receiving data transmitted from the image member and a plurality of set-top boxes for distributing and outputting the data received from the satellite communicator are provided. At least one connected to each of the provided personal transport member and the set-top box at the same time includes a plurality of customer terminals for receiving a digital video broadcast content service from the video member, the customer terminal is a digital video broadcast content service of the video member Receiving service connection information is set, the personal transport member further comprises a head-end control terminal for sensing and adjusting the communication channel of the plurality of set-top box set ID, the head-end control terminal is set-top boxes Communication with the headend communication unit and the video member And a headend controller for controlling the set-top boxes according to commands received from the head-end wireless adapter and the head-end wireless adapter, and controlling the head-end communication unit to set an ID capable of forming a communication channel in each set-top box. It is possible to provide a digital video broadcasting content service receiving system of a personal transport member.

Therefore, the present invention can provide a customized digital video broadcasting content service that enables passengers of a bus that is moving for a long time to select and receive images according to their own preferences. The billing method can be set up to generate new profits.

In addition, the present invention can forcibly adjust the communication channel between a plurality of mobile terminals and a plurality of set-top boxes to prevent the service degradation factors such as data speed reduction due to load in advance to increase customer satisfaction There is.

1 is a block diagram illustrating a digital video broadcasting content service receiving system of a personal transportation member according to the present invention.
2 is a block diagram showing a substitute transport member.
Figure 3 is a simplified view showing the interior of the surrogate transport member.
4 is a block diagram showing a customer terminal.
5 is a block diagram illustrating a headend control terminal.
6 is a block diagram illustrating a set top box.
7 is a block diagram illustrating a set top control unit.
8 is a flowchart illustrating a control method of a digital video broadcasting content service receiving system of a personal transport member according to the present invention.
9 is a flow chart showing the step S100.
10 is a flowchart illustrating a group purchasing method in step S100.
11 is a flowchart showing the step S300.
12 is a flowchart showing the step S500.

The terms or words used in this specification and claims are not to be construed as limiting in their usual or dictionary meanings, and the inventors may properly define the concept of terms in order to best describe the user's invention in the best way possible. It should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Throughout the specification, when a part is said to "include" a certain component, it means that it may further include other components, except to exclude other components unless otherwise stated. In addition, the “…” described in the specification. The terms “unit” and “module” refer to a unit that processes at least one function or operation, which may be implemented by a combination of hardware and / or software.

The customer terminal described herein includes a mobile phone, a smart phone, a laptop computer, a digital broadcasting terminal, a personal digital assistant, a portable multimedia player, a navigation, a slate PC, A tablet PC, an ultrabook, a wearable device (eg, a smartwatch, a glass glass, a head mounted display) may be included. .

DETAILED DESCRIPTION Hereinafter, a digital video broadcasting content service receiving system and a method of controlling the same will be described in detail with reference to the accompanying drawings.

Here, the interpersonal transport member described in the present invention includes all devices for transporting a plurality of passengers, such as buses, trains, ships and airplanes, even if only the express bus is described in the following figures and detailed description, As one of various embodiments, the present invention is not limited thereto.

1 is a block diagram showing a digital video broadcasting content service receiving system of a personal transport member according to the present invention, FIG. 2 is a block diagram showing a mounting member of a personal transport member, FIG. to be.

1 to 3, the present invention provides a personal transport member 600 having a satellite communication unit 640, a field member 200 for issuing a ticket in the field, and a customer receiving a digital broadcasting content service. The terminal 700, the video member 100 for providing a digital video broadcasting content service to the customer terminal 700, the payment server 400 for the payment of the customer terminal 700, and the video member 100 And a distribution member 300 for supplying contents.

The field member 200 includes a ticket ticketing machine 220 for issuing a ticket, a ticketing terminal 230 issued by an operator's operation, and a ticketing management server 210 for recording and generating ticketing management information.

The ticket issuing machine 220, for example, is a kiosk capable of unmanned ticket issuance, and when a customer selects a target vehicle by hand without passing through a desk, the ticket issuing ticket is issued.

The ticketing terminal 230 is a terminal operated by an operator at a desk (issuing counter), and retrieves a ticket requested by a customer verbally / phone and records ticketing information.

Here, the ticket issuing machine 220 and the ticketing terminal 230 record and / or generate service connection information at each ticket issuance and transmit it to the ticketing management server 210.

The service access information may include at least one of an ID, a password, and URL information that are connected to the image server 110 and / or the app server 120 by the customer terminals 700 possessed by the passengers in the personal transportation member 600. It may include.

The ticketing management server 210 receives and provides driving information and seat information to the ticket ticketing machine 220 and the ticketing terminal 230. Here, the ticketing management server 210 receives e-ticket information issued through the app server 120 as it is possible to share information with the app server 120, the ticketing terminal 230 and the ticket ticketing machine 220 The ticket and the service access information issued in the app server 120 is transmitted.

That is, the ticketing management server 210 and the app server 120 may share the ticket information and the service access information issued offline and online to prevent duplicate ticketing.

In addition, the ticket issued by the ticket ticketing machine 220 and / or ticketing terminal 230 includes the letters and numbers of the image server 110 and / or app server 120, the service connection information printed as a QR code.

In addition, the ticket issued by the field member 200 may further include an information tag for short-range communication with the terminal reader 630 which will be described later. The information tag may include any one of a magnetic tag, an NFC tag, and an RF tag in which unique identification information is recorded.

That is, the service access information included in the ticket may be printed on the ticket surface as numbers or letters, or may be recorded in at least one of a QR code and an information tag as a unique identification code.

In addition, the service access information (unique identification code) may include an identification code for identifying whether the digital video broadcasting content service, which is set by the customer's paid purchase or contract free, partially paid or fully paid.

Here, the ID may be arbitrarily issued by the seat number, the ticket's unique number (eg, ticket number), ticketing terminal 230 or ticket ticketing machine 220.

In addition, the password is provided as a unique identification code printed as a number or letter on the ticket surface or recorded in a QR code and / or an information tag at the time of ticket issuance according to an arbitrary setting of the app server 120 or the ticketing management server 210. .

In addition, the QR code may be installed for each seat in addition to the ticket described above. The installation location of such a QR code can be selectively applied.

The image member 100 includes an image server providing a digital video broadcasting content service, an app server 120 for issuing an e-ticket and providing an application capable of providing the digital video broadcasting content service to a customer terminal 700, and a customer. A monitoring unit 130 for monitoring the access record of the terminal 700, and the server DB 140 for storing the digital video broadcast content data and the service record of the customer terminal.

The app server 120 provides an application capable of receiving a digital video broadcasting content service to the customer terminal 700.

The application includes e-ticket reservation and ticketing, use of digital video broadcast content services, and code for decryption. Therefore, the customer terminal 700 can use e-ticketing and digital video broadcasting content service through an app executed by the application.

Here, the digital video broadcasting content may be provided for a fee, free or selective fee for each type, restriction level, and distributor.

In addition, the app server 120 checks the ticket information of the ticketing management server 210 and the service access information included in the e-ticket issued to the customer terminal connected through the online, and digitally within the range selected for each ID. Provides video broadcasting content service.

Here, the app server 120 may set whether to provide the digital video broadcasting content service for each ID without a password or determine whether to provide the digital video broadcasting content service through a unique identification code included in the connected customer terminal 700.

The e-ticket is a mobile ticket issued by the app server 120 and includes a unique identification code including the above-described service access information.

In addition, the app server 120 may communicate with the payment server 400 to proceed with the payment in the e-ticket ticketing and / or paid services of the customer terminal 700.

The video server 110 provides a digital video broadcasting content service to the customer terminal 700, for example, a VOD stored in a database or a broadcasting channel (eg, terrestrial, cable TV, or Internet broadcasting) provided in real time, and an online game. It can be provided and can be provided for optional fee.

The monitoring unit 130 generates service history information such as the type, time, and number of digital video broadcasting content services provided to the customer terminal 700. Such service history information is provided to the distribution member 300, and may be used as a reference material for a fee for the digital video broadcasting content service or a calculation of a price, employment of new content, and an advertisement contract.

Here, the monitoring unit 130 deletes all of the personal information (for example, phone number, name, resident number) of the customer in order to prevent the customer terminal 700 from leaking personal information, viewing time zone and target person It is preferable to include only the type of transport member 600 and information (title, field) of the provided digital video broadcasting content service.

The distribution member 300 includes a distributor server and an advertisement company server, and the dual distributor server is a server for providing image information, and may include at least one or more of terrestrial waves, cable broadcasting stations, Internet video providing servers, movie companies, and audio providing servers. Can be. The advertising agency server produces and provides advertisement data output to the customer terminal 700 at the time of providing the digital video broadcasting content service.

The personal transport member 600 includes a satellite communicator 640, a plurality of set-top boxes 620 for providing digital video broadcasting contents to the customer terminal 700, and a head for controlling a communication channel of the set-top box 620. An end control terminal 610, a terminal reader 630 for detecting a customer terminal 700 and / or a ticket, a wireless repeater 650 for relaying communication between a plurality of customer terminal 700 and the set-top box 620 ).

The satellite communicator 640 outputs the digital video broadcasting content received through the image member 100 to the set top boxes 620, and receives the customer terminal received through the set top box 620 and / or the wireless repeater 650. Signal 700).

The wireless repeater 650 relays wireless signals between the set top boxes 620 and the customer terminals 700. Herein, the wireless signal transmitted and received through the wireless repeater 650 is preferably encrypted by the set-top box 620 and / or the image member 100.

The terminal reader 630 checks whether the customer boards through short-range wireless communication with the customer terminal 700 and the ticket. Here, the terminal reader 630 detects a unique identification code of the e-ticket when tagging the customer terminal 700 and detects a unique identification code recorded in the information tag / barcode / QR code when the ticket is connected.

The terminal reader 630 further includes a display (not shown) so as to confirm whether or not a passenger (eg, a driver) of the personal transportation member 600 is boarded to obtain boarding information (eg, a seat number). You can print

More preferably, the terminal reader 630 may transmit the arrival and departure signals to the headend control terminal 610 and / or the app server 120.

Alternatively, the terminal reader 630 may output a service start command and a service end command.

Such a service start command and a service end command may be output by a manual switch operation of an administrator according to departure and arrival, or may be output automatically by determining whether to start or arrive through the location information of the headend control terminal 610. It is possible.

In addition, the service start command and the service end command of the terminal reader 630 may be set to have priority over the control command of the headend control terminal 610. For example, the head-end control terminal 610 outputs an OFF command to the set-top boxes 620 according to the set condition, but when the service start command (on command) is received from the terminal reader 630, First, the digital video broadcasting content service may be restarted according to the command of the terminal reader 630.

The customer terminal 700 receives a digital video broadcasting content service provided by the video server 110 and the app server 120 at a remote location by the set-top box 620 as a terminal of customers on a bus. A detailed configuration will be described with reference to FIG. 4.

4 is a block diagram showing a customer terminal.

Referring to FIG. 4, the customer terminal 700 includes an application driver 720 for driving an application, a terminal communication unit 730 for communicating with the image member 100, a terminal display 740, and a terminal reader ( A short range communication unit 750 for short range communication with the 630, a camera 760 for detecting a QR code, and a terminal controller 710 for controlling the above components are included.

The application driver 720 installs and executes an application downloaded through the terminal communication unit 730. To this end, the application driver 720 executes an executable file and outputs an application screen to the terminal display 740, an application execution module 721, a decryption module 722 for releasing encryption of received data, and an image server ( A playback module 723 for playing back an image provided from 110, a broadcast receiving module for receiving and outputting a real-time broadcast, an audio module 725 for outputting audio, and an e-ticket received from the app server 120. An e-ticket storage module 726 for storing, a connection information recording module 727 for recording service connection information, and a QR code detection module 728 for detecting a QR code.

The application execution module 721 executes the application execution file received through the terminal communication unit 730. In this case, the application may be downloaded through the app server 120 and / or the app store.

The decryption module 722 decrypts the encrypted data received from the image server 110 and / or the app server 120 as a code for decryption received through the app server 120.

That is, in the present invention, all data received by the customer terminal 700 through the set top box 620 is encrypted, and is decrypted and output through an application provided to the customer terminal 700.

The playback module 723 plays back the VOD provided from the video server. The playback command of the playback module 723 is input through the playback menu output to the terminal display 740.

The broadcast reception module receives and outputs a terrestrial, cable, and internet broadcast received through the image server and / or the app server 120.

The audio module 725 plays the audio file received through the image server and / or the app server 120. The audio file and broadcast viewing may be executed by outputting a list received through the image server and / or the app server 120 to the terminal display 740 and selecting one of the output lists to select a menu displayed on the screen. have.

The e-ticket storage module 726 stores the e-ticket received from the app server 120. Here, the e-ticket is a ticket of the personal transport member 600 ticketed from the app server 120 connected to the customer terminal 700 online, and the seat information and identification information of the personal transport member 600 (for example, For example, a unique identification code including at least one of a vehicle number), a service accessible ID and / or password, and whether it is free or paid may be included.

As described above, the unique identification code may be output during the communication process between the terminal reader 630 and the short-range communication unit 750 to confirm the boarding eligibility of the customer in the terminal reader.

The QR code detection module 728 detects the QR code included in the ticket issued by the ticket ticketing machine 220 or the ticketing terminal 230. The QR code detection module 728 or 728 extracts service access information of the image server and / or the app server 120 included in the QR code.

The access information recording module 727 records the service access information obtained from the QR code detection module 728 and the e-ticket storage module 726 in the short range communication unit 750, and at the time of executing the application execution module 721. It is output so that the process of inputting an ID or password when accessing the video server and / or the app server 120 can be omitted.

When the application execution module 721 is driven, the access information recording module 727 automatically searches for a set-top box 620 capable of forming a communication channel and provides an app server 120 and / or an image server 110 capable of providing a service. Automatic connection to).

The terminal controller 710 controls driving of the app driver 720, the terminal display 740, the short range communication unit 750, and the camera 760.

The dual short range communication unit 750 performs short range wireless communication with the terminal reader 630 under the control of the terminal control unit 710. To this end, the short range communication unit 750 may be configured as a short range wireless communication module such as NFC or RF communication. Also, the short range communication unit 750 may record a unique identification code by the access information recording module 727 to perform short range wireless communication with the terminal reader 630.

The camera 760 detects a QR code displayed on a seat or a ticket under the control of the terminal controller 710. In this case, the terminal controller 710 drives the QR code detection module 728 to detect a unique identification code recorded in the QR code photographed by the camera 760.

The head end control terminal 610 sets the customer terminal 700 that can form a channel for each of the plurality of set-top boxes 620 mounted on the delivery member 600 for each person, and the customer terminal 700 for each set-top box 620. ) And the communication channel formed thereon to adjust the number of the set-top boxes 620 so that the entire communication channel is uniformly formed. Here, the head-end control terminal 610 monitors the communication channels of the set-top box 620 in real time to prevent the load when the communication channel formed between the set-top box 620 is not uniform and concentrated in some set-top box 620 Forced dispersion adjustment to make it possible.

For example, the first set-top box 620 forms channels with five customer terminals 700, and the second and third set-top boxes 620 communicate with one customer terminal 700, respectively. Forming. The head end control terminal 610 detects the states of the set top boxes 620 as described above and increases the channels of the second and third set top boxes 620 and reduces the number of channels of the first set top boxes 620. To adjust.

At this time, the head-end control terminal 610 adjusts the number of channels generated for each set-top box 620 by moving the ID specified for each set-top box 620 to the other set-top box 620. A detailed configuration of the head end control terminal 610 will be described with reference to FIG. 5.

5 is a block diagram illustrating a headend control terminal.

Referring to FIG. 5, the headend control terminal 610 may include a headend communication unit 612 for communicating with the terminal readers 630 to the set top boxes 620, an app server 120, and a monitoring unit 130. Headend wireless adapter 613 to communicate directly with, a channel detector 614 for sensing the channels of each set-top box 620, and information DB 615 is stored information.

 The headend communication unit 612 communicates with each set top box 620 and the terminal reader 630. For example, the headend communication unit 612 transmits a control command (eg, channel change) of the headend control unit 611, and detects ticket and / or e-ticket information (eg, from the terminal reader 630). For example, a unique identification code) is received and output to the headend controller 611.

The headend wireless adapter 613 receives the ticket information and control command from the app server 120 and the service connection information of the customer terminals 700 including the service connection target ID and the password from the app server 120 under the control of the headend controller 611. It is also possible to receive, receive the command to transmit the record information and / or setting command from the monitoring unit 130, and transmit the location information and the boarding ticket information detected by the terminal reader 630. The headend wireless adapter 613 may be, for example, a dongle (DONGLE) capable of broadband wireless communication such as 3G or 5G.

In addition, the head-end control terminal 610 may be provided with a GPS (616) for transmitting the location information.

The channel detector 614 detects communication channels generated in the set top boxes 620. That is, the channel detector 614 detects at least one of a channel number and data usage formed between the set-top box 620 and the customer terminal 700 and outputs it to the headend controller 611.

The headend controller 611 checks the channel number / data usage generated in each set-top box 620 received from the channel detector 614, so that the specific set-top box 620 has more than the other set-top box 620. When the number of communication channels / data usage is detected, forced distribution control is performed to move IDs assigned to the set-top boxes to be set so that the data rates are uniform with the other set-top boxes 620.

That is, the headend controller 611 prevents the load caused by the increase in traffic between the set top boxes 620 and the customer terminal 700.

In addition, the headend controller 611 may receive a control command directly from the app server 120, the image server 110, and the monitoring unit 130 through the headend wireless adapter 613. The control command directly receives a command for setting the transmission condition of the recording information, a setting condition for the forced distribution control (number of channels or data usage), and a command for controlling the set-top box 620 and the terminal reader 630.

In addition, the headend controller 611 outputs a control command for terminating the digital video broadcasting content service of the entire set-top box 620 when the arrival / off command (or other set command) is received from the terminal reader 630.

In addition, the headend controller 611 receives ticketing information from the app server 120 through the headend wireless adapter 613. The ticketing information includes both a ticket ticketing machine 220 and a ticketing ticket of the ticketing terminal 230, and e-ticket ticketing information of the app server 120. Accordingly, the headend controller 611 prevents boarding and viewing of the digital video broadcasting content service of the unqualified customer terminal 700 by pre-distributing IDs capable of forming a communication channel for each set-top box 620.

In addition, the headend controller 611 transmits a control command for deleting or moving a channel-configurable ID of each set-top box 620 according to the detection result of the channel detector 614, thereby loading the entire set-top box 620. Force distribution for prevention.

The information DB 615 may include service record information extracted from the set top boxes 620, transmission history of service record information, control commands, location information / operation record, and ticket information detected from the terminal reader 630 (boarding information). And log information.

The set-top box 620 forms a channel with one or more customer terminals 700 under the control of the head-end control terminal 610 as a plurality.

For example, as shown in FIG. 3, the first set-top box 620 is a customer terminal 700 designated as the ID of the seat A row, the second set-top box 620 is the ID of the seat B row number It may be set to form a channel with designated customer terminals 700.

In addition, the set-top box 620 is the ID of the same number is set by the head-end control terminal 610, and forms a communication channel with the customer terminal 700 having the set ID.

That is, the present invention includes a set-top box 620 that can be simultaneously connected to a plurality of customer terminals so that one can simultaneously provide digital video broadcasting content to the plurality of customer terminals 700.

Here, the customer terminals 700 may form a channel with the set-top box 620 as service access information (unique ID and / or password) issued by the app server, ticket issuer, and ticketing terminal, or with one representative ID. As a password, a plurality of customer terminals may form a channel with the set-top box 620.

The set top box 620 will be described in more detail with reference to FIG. 6.

6 is a block diagram illustrating a set top box 620.

Referring to FIG. 6, the set-top box 620 distributes signals transmitted to the set-top communication unit 626 for communicating with the customer terminal 700 to the image server 110 and a plurality of customer terminals 700. A plurality of wireless output units 623 for outputting wireless signals to the customer terminals 700 selected by the signal distribution unit 622, the signal distribution unit 622, the image server 110 and the app server, respectively. A data receiver 624 for transmitting and receiving data of the 120, a set-top controller 621 for controlling the respective components and generating record information, and a head-end communication unit 628 for communicating with the head-end control terminal 610. And a record DB 626 for storing a service record of the customer terminal 700.

The signal distributor 622 selectively distributes and outputs data to the wireless output unit 623 under the control of the set top controller 621. That is, the signal distributor 622 distributes the image selected by the at least one connected customer terminal 700 to the wireless output unit 623. Therefore, the set-top box 620 according to the present invention can provide a digital video broadcasting content service to a plurality of customer terminals 700 at the same time.

The wireless output unit 623 outputs wireless data through the set top communication unit 626 as a plurality.

The set top communication unit 626 communicates with the customer terminal 700, the image server 110, and the app server 120 through the wireless repeater 650 and the satellite communicator 640. Among them, the set-top communication unit 626 transmits the wireless data output through the wireless output unit 623 to the wireless repeater 650, and outputs the data received from the satellite communication unit 640 and the customer terminal 700 to the data receiving unit. do.

The headend communication unit 628 receives a control command of the headend control terminal 610 and outputs the control command to the set-top control unit 621, where the control command of the headend control terminal 610 is a service connection history of the customer terminal 700. The service record may include at least one of a condition for generating a service record, a condition for sending a service record, an emergency command (forced distribution command for off or load prevention), and an ID setting command.

Record Information Transmission The wireless adapter 625 communicates directly with the monitoring unit 130 via the satellite communicator 640 to transmit the service record stored in the record DB 626. The recording information transmitting wireless adapter 625 may be a dongle (DONGLE) used as a broadband wireless adapter.

The set-top controller 621 controls the signal distributor 622 to be output to the wireless output unit 623 after encrypting the data received through the data receiver 624.

In addition, the set-top control unit 621, the type of content (for example, movies, dramas, documentaries, entertainment, music, games, news, Internet broadcasts) sent to the customer terminal 700, the limited rating, distributors, services Generate and accumulate service records including viewing days / months / hours / periods and calculate statistics of accumulated service records.

The statistics may include content with a large number of viewing times by period, date, and service section. The set-top control unit 621 stores the generated service record and its statistics in the record DB 626.

In addition, the set-top control unit 621 is set the ID of the customer terminal 700 that can form a communication channel according to the control command received through the head-end communication unit 612, 628, or move the specified ID in accordance with the forced distribution command / Delete / add

Alternatively, the set-top control unit 621 may change the transmission time and the number of times of the digital video broadcast content service record according to the control command.

To this end, the set top controller 621 may include the configuration shown in FIG. 7.

7 is a block diagram illustrating a set top control unit 621.

Referring to FIG. 7, the set-top controller 621 generates a service record including an authentication module 621a for checking whether the authenticated customer terminal 700 is authenticated, and a digital video broadcasting content service connection history and time of the customer terminals. A recording module 621b, a channel driving module 621c for adjusting a communication channel, a setting module 621d in which control commands such as setting conditions are stored, a monitoring transmission module 621e for transmitting a service record, and a satellite communication device. An encryption module 621f that encrypts data received from 640.

The authentication module 621a checks the ID and password of the connected customer terminal 700 and approves or disapproves the connection. Here, the authentication module 621a compares the service connection information received from the headend control terminal 610 with at least one of an ID and a password input from the customer terminal 700 to determine whether to approve or block.

The channel driving module 621c limits or increases the number of customer terminals 700 having the communication channel formed according to the control command of the headend control terminal 610. For example, each set-top box 620 is set the ID and the number that can be formed channel. Accordingly, the channel driving module 621c adjusts the number or data usage of the channel-configurable customer terminal 700 by adding or deleting the ID set according to the control command of the headend control terminal 610. That is, the channel driving module 621 c executes forced distribution control to prevent the load between the customer terminal 700 and the set top box 620.

The monitoring transmission module 621e transmits the service record stored in the record DB 626 according to the set condition. Here, the monitoring transmission module 621e transmits the service record stored in the recording DB 626 to the monitoring unit 130 according to a set condition (for example, a control command of the headend control terminal 610, a set time or real time). do. At this time, the service record is transmitted by the record information transmitting wireless adapter 625.

The encryption module 621f encrypts the data received by the data receiver 624. The encrypted data is transmitted to the customer terminal 700 via the wireless repeater 650 and then decrypted.

To this end, the customer terminal 700 is provided with a code for decryption for decryption, and the code for decryption may be provided, for example, through an application installed in the customer terminal 700.

The present invention includes a configuration as described above and will be described below a control method of a digital video broadcasting content service receiving system of a personal transport member 600 that can be achieved through such a configuration.

8 is a flowchart illustrating a control method of a digital video broadcasting content service receiving system of a personal transport member according to the present invention.

Referring to FIG. 8, the present invention may include a step S100 of proceeding with a ticket and / or a rental contract of a personal transport member 600, a step S200 of detecting ticket information of the terminal reader 630, and a set-top box 620. Step S300 of providing a digital video broadcasting content service, step S400 of generating and providing a service record, and step S500 of terminating a service after arriving at a destination.

The step S100 may include a ticket issuing or contracting in the field using the field member 200 and a step in which a mobile ticketing or contracting is performed using the app server 120 (see FIGS. 9 and 10). .

In addition, the personal transportation member 600 is, for example, to a group of passengers consisting of a plurality of customers, such as a highway bus / airplane / cruise / ferry ship that the unspecified number of customers boarding after individual tickets or group customers It can be divided into tourist buses that are rented.

Such personal transport member 600 may be applied to the digital video broadcasting content receiving system according to the present invention, in particular, rentable personal transport member 600 may provide a digital video broadcasting content service as an integrated ID and password. have.

In addition, the field member may issue a ticket for an individual passenger through the ticket ticketing machine 220 or the ticketing terminal 230. That is, the ticket ticketing machine 220 and the ticketing terminal 230 issue tickets to the customers who visited the site in order to purchase the ticket separately.

Here, the ticket may be printed at least one of the departure time and arrival time of the destination personal transport member 600, the destination, seat number, URL information of the app server 120, ID and / or password, ticket number have. In this case, the ID may be provided through the seat in the substitute transport member 600 without being included in the ticket or the same as or separately from the seat number.

In addition, the password may or may not be printed on the ticket, and may be recorded as an identification code in a QR code or an information tag with or without printing.

In addition, the ticket may include a QR code or an information tag in which a unique identification code including whether a digital video broadcasting content service is selected together with the above seat number or ticket number.

The ticket information of the ticket ticketing machine 220 and the ticketing terminal 230 is received and stored in the ticketing management server 210, the ticketing management server 210 includes the unique identification code described above in the app server 120 Send ticket issuing information.

Accordingly, the app server 120 checks the ticket information issued through the field member 200 and online, and identifies the IDs of the customer terminals 700 that can use the service in the headend control terminal 610 of the target surrogate transportation member 600. And service connection information including a password.

In addition, the step S100 includes an e-ticket ticketing step through mobile, and the e-ticket ticketing step includes a step S110 for issuing individual e-tickets and purchasing a plurality of e-tickets from one customer terminal 700. It includes the step S120. The step of issuing individual e-tickets will be described with reference to FIG. 9, and the step of simultaneously purchasing multiple e-tickets will be described with reference to FIG. 10.

9 is a flowchart illustrating an individual e-ticket purchase step of the customer terminal 700.

Referring to FIG. 9, step S110 includes a step S111 in which the customer terminal 700 accesses the app server 120, a step S112 for receiving an individual purchase selection, a step S113 for receiving a seat designation signal, and a service selection signal. And a step S114 for generating and storing personal service access information for the digital video broadcasting content service, a step for issuing an e-ticket, and a step S117 for storing and registering the ticketing information.

 In step S111, the customer terminal 700 accesses the app server 120. In this case, the customer terminal 700 is connected through an application which is a registered member or downloaded through an app store or the like.

After receiving and executing an application provided by the app server 120, the customer terminal 700 may select respective menus displayed on the app screen output on the terminal display 740.

In step S112, the app server 120 receives an individual purchase selection signal from the customer terminal 700. The customer terminal 700 selects an individual purchase through a menu output on the terminal display 740. Here, the individual purchase is a menu in which only one e-ticket can be purchased from the customer terminal 700.

Therefore, the app server 120 outputs an individual purchase app page when an individual purchase selection signal is received from the customer terminal 700. Therefore, the customer terminal 700 outputs an app page including a menu for selecting a destination, time, and seat for individual purchase through the terminal display 740.

In step S113, the app server 120 receives a selection signal including a destination, a time, and a seat from the customer terminal 700. The customer terminal 700 checks and selects the time and remaining seat of the personal transport member 600 provided from the app server 120 using the terminal display 740. Therefore, the app server 120 receives the target personal transport member 600 and the selection signal including the time and the seat from the customer terminal 700.

Step S114 is a step of receiving a service selection signal from the customer terminal 700 in the app server 120. Here, the app server 120 may transmit a message to the customer terminal 700 asking whether to apply for the digital video broadcasting content service. Accordingly, the customer terminal 700 subscribes to the digital video broadcasting content service through the received message or the menu displayed on the screen. Therefore, the app server 120 may receive the digital video broadcasting content service selection signal of the customer terminal 700.

Here, the digital video broadcasting content service may be set to be selected by the operator as a fee, or may be provided free to all passengers according to a ticket purchase or a contract.

In step S115, the app server 120 generates personal service access information for receiving the digital video broadcasting content service of the customer terminal 700. The personal service access information includes an ID and a password. The ID and password can also be selected arbitrarily in the customer terminal 700, the ticket number of the e-ticket in the app server 120, the internal structure of the personal transport member 600 (for example, vehicle number, seat number , Based on the cruise room information) may be arbitrarily set in the app server 120.

In step S116, the app server 120 issues an e-ticket to the customer terminal 700 after the payment in connection with the payment server 400. The e-ticket is stored in the customer terminal 700 and includes a unique identification code including at least one of an ID, a password, seat information, and identification information (eg, a vehicle number) of the target personal transportation member 600. It may include.

In addition, the e-ticket may include a barcode in which a unique identification code is recorded. This applies when the terminal reader 630 is composed of a POS terminal capable of reading a barcode.

In step S117, the app server 120 registers and stores ticketing information including service access information of the e-ticket issued to the customer terminal 700. Here, the app server 120 transmits the information to the ticketing management server 210 to share information, and the ID and / or password assigned to the corresponding customer terminal 700, the headend control terminal of the target person transport member 600 ( 610.

The headend control terminal 610 receives and registers service connection information from the app server 120 through the headend wireless adapter 613, and designates and sets a set-top box 620 that forms a communication channel with a corresponding ID. .

The above embodiment has described a process in which an individual customer purchases his or her e-ticket through mobile communication, and hereinafter, describes a process in which a customer simultaneously purchases a plurality of e-tickets.

10 is a flowchart illustrating an operation S120 of simultaneously purchasing multiple e-tickets.

Referring to FIG. 10, step S120 includes step S121 in which the customer terminal 700 accesses the app server 120, step S122 in which a simultaneous purchase selection signal is received from the customer terminal 700, and the customer terminal 700. In step S123 for receiving a plurality of seats and service selection signals, in step S124 for determining whether a selection signal for generating individual service access information is received from the customer terminal 700, and service access information for each target customer terminal 700. A step S125 is generated, a step S126 for generating representative service access information, and a step S127 for generating and issuing an e-ticket.

In step S121, the customer terminal 700 accesses the app server 120. Here, the customer terminal 700 connects to the app server 120 through the downloaded application through the app store.

Step S122 is a step of receiving a plurality of seats simultaneously purchase selection signal from the customer terminal (700). The app server 120 outputs an app page including a menu for simultaneously purchasing a plurality of seats to the connected customer terminal 700.

Therefore, the customer selects the simultaneous purchase through the menu displayed on the app page output on his terminal display 740. In this case, the simultaneous purchase means a process of simultaneously purchasing a plurality of e-tickets in one customer terminal 700. In other words, customers can purchase tickets of other people besides themselves.

In step S123, the app server 120 receives the target personal transport member 600 from the customer terminal 700 and a plurality of seats and service use selection signals including a seat and a time. The service use selection signal may be selected at the same time as the seat selection or separately from the seat selection. That is, the customer may select whether to use a plurality of seats and services for themselves and / or others through the customer terminal 700. Therefore, the app server 120 receives the above selection signal from the customer terminal 700.

In step S124, the app server 120 determines whether to individually generate service access information available for service or to generate representative service access information. The customer terminal 700 may select any one of individually generated or representative service access information including service access information including available IDs and passwords of services for each of a plurality of seats.

Individual service access information is a service service access information including a different ID and password for each customer terminal 700, the representative service access information is a service that can use the service with one ID and one password to all the seats purchased at the same time Means connection information.

Here, the ID may not be provided as a separate ID may be listed in a fixed QR code for each seat. That is, the representative service access information is not separately provided as the ID is assigned to the seat number, but may be provided only with one password.

Alternatively, the representative service access information may be provided with a representative ID at the same time, separately from the QR code installed for each seat. Therefore, the representative service access information may be composed of one ID and password.

In step S125, when the app server 120 receives the individual service access information generation selection signal from the customer terminal 700 in step S124, the app server 120 sets a different ID and password for each seat. Here, different IDs may be set as seat numbers, or may be generated by ticket numbers of e-tickets or any combination of numbers and letters, numbers and letters.

In addition, the customer terminal 700 may input the customer terminal 700 information of the target customers, it is also possible to specify the individual service access information as described above for each of the input customer terminal (700).

In step S126, when the representative service access information is selected in step S124, the app server 120 generates the representative service access information. Here, the representative service access information may be assigned one representative ID and password, or ID for each seat, but the representative service access information may be set as the same password.

In step S127, the app server 120 issues the e-ticket after proceeding with the payment in connection with the payment server 400. The app server 120 transmits the e-ticket to the customer terminal 700 and transmits the ticketing information to the ticketing management server 210 and the headend control terminal 610.

Here, if the generation of the individual service access information is selected for the e-ticket and the information of the target customer terminals 700 is input, the e-ticket may be transmitted as a message to the corresponding customer terminal 700. The message transmitted to the customer terminals 700 may include URL information of the app server 120, an ID and password, an e-ticket, and ticketing information.

That is, the app server 120 transmits an e-ticket to each of the customer terminals 700 when generation of individual service access information is selected in step S124 and information of the target customer terminals 700 is input.

Alternatively, when the generation of the representative service access information is selected, the app server 120 may issue the ticketing information (e.g., unique identification) of the e-tickets simultaneously issued to the e-tickets issued to the customer terminal 700 that proceeds to the simultaneous purchase. Code) can be recorded and ticketed. That is, the customer terminal 700 selecting the generation of the representative service access information may include a plurality of seat information as one e-ticket.

As described above, the step S100 may be performed as the site ticketing step of the on-site member, the step S110 for purchasing individual tickets, and the step S120 for simultaneously purchasing a plurality of tickets online.

In addition, the present invention can also rent a personal transport device, in the case of the total rental of such a personal transport member 600 can be connected as an individual ID and password, or integrated ID and password, integrated ID It is also possible to set to.

Step S200 is a ticket detection step of the terminal reader 630. The terminal reader 630 checks the ticket information displayed on the customer terminal 700 and the ticket tagged by the customer. For example, if the terminal reader 630 has a POS function added, the customer terminal 700 outputs an e-ticket to the terminal display 740 and tags the terminal reader 630.

Alternatively, if the terminal reader 630 is provided as an NFC or RF reader, a unique identification code including a seat number and / or ticket number by the access information recording module 727 via the short range communication unit 750. Is sent to. Therefore, the terminal reader 630 may detect a unique identification code stored in the customer terminal 700 by performing short range wireless communication.

Alternatively, the terminal reader 630 may detect a ticket issued in the field member. In this case, the ticket issued in the field member may include at least one of a POS detectable barcode, a magnetic bar capable of transmitting information by contact, and an information tag capable of short-range wireless communication.

Therefore, the customer tags his or her terminal 700 to the terminal reader 630, or tags the ticket to the terminal reader 630. Therefore, the terminal reader 630 may check the unique identification code recorded in the ticket and display whether the corresponding customer is on the display.

In addition, the terminal reader 630 transmits the ticket detection information to the head-end control terminal 610. Accordingly, the headend control terminal 610 checks the unique identification code of the ticket detected by the terminal reader 630 and compares the channel information of the set top boxes 620 with the customer information (ticketing information) received from the app server 120. It is also possible to readjust ID as much as possible.

Step S300 is a step of providing a digital video broadcasting content service in the set-top box 620 under the control of the head-end control terminal 610. Each of the set top boxes 620 is configured to simultaneously form a communication channel with a plurality of customer terminals 700, and the headend control terminal 610 is configured to form a communication channel for each set top box 620 as described above. Set the ID of 700).

A detailed description will be described with reference to FIG. 11.

11 is a flowchart showing the step S300.

Referring to FIG. 11, step S300 includes registering service connection information received from the app server 120 from the headend control terminal 610, and step S312 of distributing and setting an ID capable of forming a communication channel for each set-top box. And, in step S313 of providing a service through the image server and the app server 120 by forming a communication channel with the customer terminal 700 in the set-top box 620, each set-top box (610) in the head-end control terminal 610 ( S314 step of checking the number of communication channels for each 620, the head end control terminal 610 in the step S315 to determine whether the coordination of the communication channel between each set-top box 620, and the head-end control terminal 610 Comprising S316 step of controlling the forced dispersion of each set-top box 620.

In operation S311, the headend control terminal 610 receives and registers service access information from the app server 120. Here, step S311 may proceed after step S100. Therefore, the headend control terminal 610 receives the service connection information received through the headend wireless adapter 613 and stores it in the information DB 615.

Here, the service access information includes individual service information and representative service information. In addition, the individual service information and the representative service information includes all the service information contained in the ticket issued by the field member 200 and the e-ticket issued by the app server 120.

Step S312 is a step of setting the ID of the customer terminal 700 to form a communication channel for each set-top box 620 in the head-end control terminal 610. The ID may correspond to a seat number, ticket number, or any combination of letters or numbers included in the ticket or e-ticket.

In addition, the ID and / or password is arbitrarily set by the ticketing management server 210 and the app server 120. Alternatively, the ID and / or password may be arbitrarily set by the customer's choice.

Therefore, the plurality of set-top boxes 620 are distributed evenly by the ID of the head-end control terminal 610. For example, if a total of ten set-top boxes 620 are installed in the personal transport member 600, and a total of 20 passengers are occupied, the head-end control terminal 610 has two sets of one set-top box 620. Set the ID.

Alternatively, the headend control terminal 610 may distribute IDs to the set top box 620 for each seat number. For example, the first set top box 620 may designate the seats in the first row and the second set top box 620 may designate the seats in the second row. In this case, there may be set-top boxes 620 that do not have a communication channel according to the occupant.

Step S313 is a step of providing a service in the set-top box 620. When the service start command of the terminal reader 630 is executed, the headend control terminal 610 transmits a driving command to the set top boxes 620.

Therefore, each set-top box 620 is received according to the driving command received through the head-end communication unit 628 to form a communication channel with the customer terminal 700 having a set ID received from the app server 120 and the image server The generated data.

Here, the customer terminal 700 outputs an app screen to the terminal display 740 by the application execution module 721 and searches for a set-top box 620 capable of forming a communication channel. In this case, the access information recording module 727 may automatically form a communication channel by searching for the set-top box 620 capable of automatically forming a communication channel as service access information is stored from the app server 120.

Accordingly, the customer can check the digital video broadcasting content service selection screen provided by the app server 120 or the image server 110 automatically through the terminal display 740 after the app is executed without specifying an ID or inputting a password.

Alternatively, the customers who have a ticket issued by the field member 200 operate the customer terminal 700 having their own ID and / or password to input the ID and / or password to the app server 120 and / or the video server 110. I can connect it.

Therefore, the data transmitted through the video server and / or app server 120 may be output to the customer terminal 700 through the set-top box 620.

In operation S314, the head end control terminal 610 detects communication channels formed in the set top boxes 620. The channel detector 614 of the headend control terminal 610 checks the current channel formation state with the set-top controller 621 through the headend communication unit 612, and outputs the result to the headend controller 611. The channel detection of the channel detector 614 may be performed in real time or for each set time period.

Here, it is preferable that the channel detector 614 also detects an access time (received data amount) for each customer terminal 700. For example, even if the same number of communication channels are formed, there may be a difference in access time and / or data usage for each customer terminal 700. Accordingly, it is preferable that the channel detector 614 also detects data usage together with the number of such communication channels.

In step S315, the headend control terminal 610 determines whether the set-top boxes 620 are forced dispersion adjustment. The headend controller 611 determines whether a forced dispersion adjustment is performed by checking whether a difference in the number of communication channels or a difference in data usage amount corresponds to a set condition according to the detection result of the channel detector 614.

In step S316, the headend control terminal 610 adjusts the distribution of communication channels of the set top boxes 620. When the headend controller 611 determines that the number of communication channels of the entire set top boxes 620 or the data usage is not uniform after the step S315, the headend controller 611 moves or changes IDs assigned to the set top boxes 620.

That is, the head-end control terminal 610 equalizes the number of communication channels formed for each set-top box 620, or adjusts the designated ID for each set-top box 620 based on the data usage, and thus the customer terminal 700. It is possible to prevent the degradation of service quality that is slowed down or stopped when using their service.

In step S400, the set-top box 620 generates and accumulates service records, and transmits them to the monitoring unit 130 according to a set condition or a real-time command. The service record may include a title, a distributor, and a title for each type of service (movie, drama, entertainment, documentary, sports, news, game, novel, internet broadcast, and video) requested by each client terminal 700. In addition, in the case of a movie or drama, a title, a distributor, and a restriction level (eg, minors are not allowed, not over 19 years old) are included, and a game may include a title and an access time.

The set-top control unit 621 generates such a service record, stores it in the record DB 626, and transmits it directly to the monitoring unit 130 through the record information transmission wireless adapter 625 according to the set condition.

Step S500 is to end the service. The headend control terminal 610 may output a service start and service end command to each set top box 620 by a set condition or a forced command by the terminal reader 630. This will be described in detail with reference to FIG. 12 below.

12 is a flowchart showing the step S500.

Referring to FIG. 12, step S500 includes step S511 of providing a service, step S512 of determining whether a setting condition is present, step S513 of determining whether a forced off command is received if the setting condition does not correspond, and setting condition or force When the OFF command is received, step S514 of outputting the set-top box 620 off command, step S515 of determining whether an on-command is received after the set-top box 620 is off, and determining whether or not the set time has elapsed if the on-command is received. Step S516, S517 to initialize each set-top box 620 when the set time has elapsed, S518 to receive new information by accessing the app server 120, and set-top box 620 if the set time has not elapsed. In step S519 to resume the service by turning on.

The step S511 is a step of providing a service, which includes any one of steps S300 and S400.

Step S512 is a step of determining whether or not a set condition. The head end controller 611 is a step of determining whether the set condition (for example, location information) corresponds. In this case, the setting condition is set as the arrival of the destination transportation member 600 is a person surrogate through the position information.

Step S513 is a step of determining whether a forced off command is received if it does not correspond to a setting condition. The headend controller 611 determines whether a forced off command (service termination command) is received from the terminal reader 630 when the setting condition of the step S512 is not satisfied. If the headend controller 611 receives a forced off command from the terminal reader 630, the headend controller 611 turns off all set top boxes 620 regardless of a setting condition.

The step S514 is a step of outputting the set-top box 620 off command when a setting condition or a forced off command is received. The headend controller 611 terminates the service by controlling the set-top box 620 when a setting condition or a forced off command is received.

Step S515 is a step of determining whether an on command is received after the set-top box 620 is turned off. The headend controller 611 determines whether an on command (service start command) is received after step S514. In this case, the command may be output through the terminal reader 630 or may be received from the app server 120.

In step S516, if the command from step S515 is received, it is determined whether the set time has elapsed. If the command received in step S515 is received, the head-end controller 611 checks the elapsed time since the set-top box 620 is turned off and compares the set condition with reference to the log information.

In step S517, if the elapsed time since turning off in step S516 has elapsed, the set information (eg, an ID) of each set-top box 620 is deleted. Therefore, the set top boxes 620 initialize all of the ID and other setting information set according to the control command of the headend controller 611.

In operation S518, the headend controller 611 connects to the app server 120 to receive new information. That is, the headend controller 611 receives information (eg, service connection information and service information) for the next service.

Preferably, the driving information is transmitted to the terminal reader 630, and the terminal reader 630 may output the same on a display.

In step S519, if the time since the off in step S516 has not passed the set time, the set-top box 620 is turned on to resume service. Therefore, the set-top boxes 620 provide a service by forming a communication channel to the customer terminal 700 according to the previously set information.

As such, the present invention was able to increase the satisfaction by allowing the passengers in the personal transport member 600 to enjoy the content according to their preferences, and to create a new business for the operators as it is possible to selectively pay for each service This is possible.

100: video member 110: video server
120: App server 130: monitoring unit
140: server DB 200: field members
210: ticketing management server 220: ticket ticketing machine
230: ticketing terminal 300: distribution member
400: payment server 600: personal transport member
610: head end control terminal 611: head end control unit
612: headend communication unit 613: headend wireless adapter
614: channel detector 615: information DB
616: GPS 620: set-top box
621: set-top control unit 621a: authentication module
621b: recording module 621c: channel driving module
621d: setting module 621e: monitoring sending module
621f: encryption module 622: signal distribution unit
623: wireless output unit 624: data receiving unit
625: record information transmission wireless adapter 626: record DB
630: terminal reader 640: satellite communication
650: wireless repeater 700: customer terminal
710: terminal control unit 720: application driver
721: application execution module 722: decryption module
723: playback module 724: broadcast receiving module
725: audio module 726: e-ticket storage module
727: access information recording module 728: QR code detection module
730: terminal communication unit 740: terminal display
750: near field communication unit 760: camera

Claims (11)

An image member 100 that provides a digital video broadcasting content service through online; And
Data received from the satellite communicator 640 by designating service connection information of the satellite communicator 640 for receiving digital video broadcast content transmitted from the image member 100 and the customer terminal 700 capable of forming a communication channel, respectively. A personal transport member 600 provided with a plurality of set-top box 620 to distribute the output; And
And a plurality of customer terminals 700 connected to each of the set-top boxes 620 at the same time to receive the digital video broadcasting content service from the image member 100.
The customer terminal 700 is set to the service connection information that can receive the digital video broadcasting content service of the image member,
Adult transport member 600
It further includes a head-end control terminal 610 for detecting the communication channel of the plurality of set-top boxes 620 to adjust the distribution of the set ID,
Headend control terminal 610 is
A headend communication unit 612 for communicating with the set top boxes 620;
A headend wireless adapter 613 for directly communicating with the image member; And
Head to control the set-top box 620 according to the command received from the head-end wireless adapter 613, and control the head-end communication unit 612 to set the ID that can form a communication channel in each set-top box 620 End control unit (611); Digital video broadcasting content service receiving system for a personal transport member comprising a.
The method of claim 1, wherein the service connection information is
Digital video broadcasting content service receiving system for a personal transport member, characterized in that the seat number of the personal transport member (600).
The method of claim 1, wherein the image member
App server 120 for issuing a boarding ticket of the person transportation member 600 to the customer terminal 700 connected through the online; And
And a video server providing selected content to the customer terminals 700 connected via the set-top box 620 and the satellite communicator 640.
App server 120 is
Issuing an e-ticket including service access information to the connected customer terminal 700,
Service connection information
Digital video broadcasting content service receiving system for a personal transport member including at least one of an ID and password accessible to the video server and the app server (120).
delete delete The method of claim 1, wherein the set-top box 620 is
Statistical values are calculated by accumulating the service connection history of the customer terminal 700, and a plurality of IDs capable of forming a communication channel are set, and a communication channel is formed with the customer terminals 700 having the set ID. A set-top control unit 621 which controls to output data received from the control unit;
Record DB 626 for storing a service record of each of the customer terminal 700 generated in the set-top control unit 621: And
And a recording information transmitting wireless adapter 625 for transmitting the service record stored in the recording DB 626 to the video member under the control of the set-top control unit 621.
Record information transmission wireless adapter 625 is
A digital video broadcasting content service receiving system for a personal transport member, characterized in that the dongle (DONGLE) capable of broadband wireless communication capable of direct communication with the image member.
a) receiving, by the client terminal 700, service access information including at least one of an ID, password, and URL information accessible to the app server 120 and the video server providing the digital video broadcasting content service;
b) receiving the service connection information of the customer terminal 700 from the app server 120 in the head-end control terminal 610 of the personal transport member 600, and forms a communication channel for each of a plurality of set-top boxes 620 Setting IDs of the available customer terminals 700;
c) Under the control of the head-end control terminal 610, the set-top box 620 forms a communication channel with the customer terminal 700 having a specified ID, the video server and the app server 120 in the customer terminal 700 Providing a digital video broadcasting content service;
d) transmitting the service record of the customer terminal 700 generated in the set-top box 620 to the remote monitoring unit 130; And
e) if the set condition is met, turning off the set-top box 620 to terminate the service; and
step c)
The head-end control terminal 610 detects the communication channels generated in each set-top box 620, and if the set conditions are met, the set-top box 620 by adding or moving IDs set in the set-top boxes 620. Compulsory distribution control of the communication channel formed in the field; control method of a digital video broadcasting content service receiving system including a surrogate member.
The method of claim 7, wherein step a)
Ticketing in the field member 200 including at least one of the ticket ticketing machine 220, ticketing terminal 230;
Service connection information
A method of controlling a digital video broadcasting content service receiving system for an interpersonal transport member, which is printed on a ticket as at least one of letters, numbers, barcodes, and QR codes, or recorded on a wireless tag capable of short-range wireless communication.
The method of claim 8, wherein the terminal reader 630 installed in the personal transportation member 600, the service terminal provided with the service information provided from the app server 120 is stored, and the service connection included in the ticket issued in the field member And sensing information and outputting boarding information of the customers.
delete 8. The method of claim 7, wherein in step e) the headend control terminal 610 is
e-1) determining whether at least one of time and location corresponds to a set condition including;
e-2) determining whether a forced off command is received if it does not correspond to a setting condition;
e-3) turning off the set-top boxes 620 by outputting the set-top box 620 off command when a setting condition or a forced off command is received;
e-4) if the on command is received within a predetermined time after the set-top box 620 is turned off, turning on the set-top box 620 to resume the digital video broadcasting content service; And
e-5) if the on-command is received after a set time after the set-top box 620 is turned off, initializing the set-top box 620 and receiving new service access information through the app server 120; A control method of a digital video broadcasting content service receiving system of a citation transport member.

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