KR101960751B1 - The apparatus of smart bus control with all in on and full duplex communication - Google Patents

Abstract

A smart bus integrated control apparatus having an all-in-one control function and a bidirectional communication network function is disclosed. According to an embodiment of the present invention, the smart bus integrated control apparatus includes a remote bus management server (100), a GPS receiving unit (200), a guide terminal (300) for a driver, a destination guide sign module (400), a smart bus connection application module (500), and a smart type bus digital signage module (600). Accordingly, it is possible to integrally control the GPS receiving unit in the bus, the guide terminal for a driver, and the destination guide sign module by all-in-one, and bus situation data related to the current position, passenger information and failure of devices in the bus can be transmitted to a remote bus management server in real time. When the smart bus connection application module is paired with the smart type bus digital signage module by forming a bidirectional communication network with a smart bus connection application module in the bus, multimedia content (advertisement, news, bus operation information, bus guide information, sightseeing spot information, and payment information) sent from the smart type bus digital signage module can be received and activated on the screen.

Description

TECHNICAL FIELD [0001] The present invention relates to a smart bus integrated control device having a one-shot control function and a bidirectional communication network function.

In the present invention, it is possible to integrally control the GPS receiver in the bus, the driver's guidance terminal and the destination guide cover module all-in-one so that the bus status data on the current position, passenger information, Can be transmitted to the remote bus management server in real time. When the smart bus application module and the bidirectional communication network are formed in the bus, the smart bus connection application module is paired with the smart bus digital signage module, Receive multimedia contents (advertisement, news, bus operation information, bus guide information, tourist information, payment information) sent from the digital signage module and activate it on the screen. One-shot control function that can control to transmit the app to the mobile phone Bus integrated control device.

Generally, the bus announcement is performed by using information of the GPS position of the vehicle and information of the position of the stoppage that is stored in advance, or information of the stoppage to be stopped or commercial broadcasting through voice or text.

Recently, a bus arrival guide system including an LED or an LCD display is installed at a bus stop, and information such as a bus destination and arrival time is provided.

However, since the arrival time information of the bus is transmitted from the bus to the station through the wireless communication server of the bus station, the arrival time information is delayed due to the problem of excessive server connection, communication speed problem, And the like.

Also, in the case of a busy bus stop, it is not easy to confirm such character information through an LED or an LCD display. In particular, there is a limit to providing information to the visually impaired or the elderly only by text guidance.

In order to solve such a problem, a bus integrated terminal system including a bus terminal, a bus controller terminal, and a bus stop terminal has been proposed as a prior art in Korean Patent Publication No. 10-1167688,

This is because only a unidirectional unidirectional data is provided only in a one-to-one connection with the control unit in the bus with the voice output unit and the character output unit, and bidirectional data communication with the smart bus connection application module mounted on the bus is difficult, There has been a problem in that it is not possible to provide a desired high-quality service (a request for a departure location desired by a passenger, a request for a safe driving service, a request for an air conditioner and a heater operation service).

In addition, since the conventional bus integrated terminal system communicates only with the bus controller terminal and the station terminals, it is difficult to control integratedly with the advertisement information apparatus in the bus and the LED module for destination display outside the bus. There is a problem in that it is necessary to install the connector connector box or to install the connector box.

Korean Patent Registration No. 10-1167688

In order to achieve the above object, according to the present invention, it is possible to integrally control the GPS receiver, the driver's guidance terminal and the destination guide cover module in a bus in an all-in-one manner, Bus status data on failure status can be transmitted to the remote bus management server in real time and a smart bus connection application module and a bidirectional communication network can be formed in the bus, And receives the multimedia contents (advertisement, news, bus operation information, bus guide information, sightseeing spot information, and payment information) sent from the smart type bus digital signage module and activates it on the screen, Can be controlled so as to transmit the getting-off signal to the next stop by the smart-bus digital It is possible to display the multimedia contents, the bus number and the number of seats in real time on the destination guide cover module under the control of the signage module. In addition, it is possible to provide customized advertisement targeting the target, It is an object of the present invention to provide a smart-type bus integrated control device having a one-shot control function and a bidirectional communication network function capable of delivering multimedia information displayed on a bus to people.

In order to achieve the above object, a smart bus integrated control device having a one-shot control function and a bidirectional communication network function according to the present invention comprises:

The smart-type bus digital signage module in the bus to which the identification ID is assigned is connected to the WiFi communication network to transmit the multimedia contents in real time to the smart-type bus digital signage module at a specific location, A remote bus management server 100 that receives bus status data regarding the presence or absence of failure of the device in the bus,

A GPS receiving unit 200 installed at one side of the bus for receiving the position information and time information of the real time bus from the GPS satellite and transmitting the received information to the smart type bus digital signage module,

The smart buss application module is located on one side of the driver's seat inside the bus and is driven under the control of the smart type bus digital signage module and displays the boarding detection signal of the smart bus application module and the color band of the passenger to get off at the next stop, A driver's guidance terminal 300 for displaying the position of a stopping point to get off to the bus digital signage module and outputting a dangerous situation together with a voice to guide the driver to recognize the auditory sense,

A destination guide marking module 400 located on one side of the bus and driven under the control of the smart type bus digital signage module and displaying multimedia contents, bus number and number of seats in real time,

When the bus is routed to the smart type bus digital signage module and the smart type bus digital signage module is paired with the smart type bus digital signage module, Receive the multimedia contents (advertisement, news, bus operation information, bus guide information, sightseeing spot information, payment information) sent from the bus digital signage module and activate it on the screen and get off at the next stop to the smart bus digital sine module A smart bus connection application module 500 for controlling the application to transmit a signal,

Directional data communication with the remote bus management server 100 via the WiFi communication network to control the overall operation of the GPS receiver, the driver's information terminal and the destination guide cover module, and the smart bus connection application module and the bidirectional communication module (News, bus information, bus information, sightseeing information, billing information) to the paired smart bus application module while sensing and monitoring the boarding of the passengers through the smart bus linking application module, And a smart-type bus digital signage module 600 for controlling the smart-bus digital signage module 600 to activate the smart-bus digital signage module 600.

As described above, in the present invention,

First, it is possible to integrally control the GPS receiver in the bus, the driver's information terminal and the destination guide cover module all-in-one so that the bus status data on the current position, passenger information, And can be transmitted to the remote bus management server in real time.

Second, if a smart bus application module and a bidirectional communication network are formed in the bus and the smart bus connection application module is paired with the smart bus digital signage module, the multimedia contents (advertisement, It is possible to control the smart-bus digital sine module to transmit the getting-off signal to the next bus stop by app transferring the bus, It is possible to share and distribute a variety of information within the bus, thereby increasing the interest and interest in bus digital signage by two to four times compared with the conventional one.

Third, under the control of the Smart Bus Digital Signage Module, multimedia content, bus number, and number of seats can be displayed on the destination guide sign module in real time. By providing optimal advertisement to passengers and pedestrians, %.

Fourth, passengers can provide high-quality services requested by the passengers on request of the getting off location, safe driving service request, air-conditioner and heater operation service request, and moreover, Communication is possible and at the same time, it is possible to convey multimedia information expressed in the bus to many people.

1 is a block diagram showing components of a smart bus integrated control device 1 having a one-shot control function and a bidirectional communication network function according to the present invention;
FIG. 2 is a block diagram showing components of a smart bus integrated control device 1 having a one-shot control function and a bidirectional communication network function according to the present invention.
3 is a block diagram illustrating components of a remote bus management server according to the present invention.
FIG. 4 is a block diagram showing components of a driver's terminal for a driver according to the present invention;
FIG. 5 is a block diagram showing the components of the smart bus linking application module according to the present invention;
FIG. 6 is a block diagram showing components of an apk (Android package) unit for smart bus connection according to the present invention,
7 is a block diagram illustrating components of a kernel driver control unit according to the present invention.
FIG. 8 is a block diagram illustrating the components of a smart-type bus digital signage module according to the present invention;
FIG. 9 is an exploded perspective view showing components of a smart-type bus digital signage module according to the present invention,
10 is a block diagram illustrating components of a smart control module according to the present invention;
11 is a block diagram showing the components of a screen display unit according to the present invention,
12 is a flowchart illustrating an operation process of a Smart Bus Integrated Controller having a one-shot control function and a bidirectional communication network function according to an embodiment of the present invention.
FIG. 13 is a block diagram illustrating a configuration of a smart bus digital application module according to an embodiment of the present invention. In FIG. 13, In one embodiment that illustrates driving bus push buttons automatically,
FIG. 14 is a diagram illustrating an example of transferring the departure stop information, the distance information to the getting off and getting off, and the settlement information from the bus management server at the remote place to the smart bus linking application module according to the present invention.

First, in the smart-type bus digital signage module described in the present invention, a digital signage is a digital display (LCD, LED, etc.) that can be remotely controlled through a network is installed in a public institution or a commercial space to transmit information, entertainment, Digital media provided.

That is, it is not a digital information display (DID) that simply displays digital information, but it is an information medium capable of bi-directional communication by being fused with various IT technologies such as software, hardware, contents and network technology as shown in Fig.

Digital signage has the following characteristics: First, it can provide a variety of multimedia contents such as image and video, and provides interactive contents and message change easily.

Second, although the initial equipment purchase costs such as the purchase of LED panels are incurred, there is a business characteristic that high operating profitability is generated due to low operating costs.

Third, there is a media feature that can provide real - time measurement and analysis of advertisement effect and advertising effect for target customers.

And finally, there are flexible connectivity features that enable you to communicate with your wired and wireless network anytime, anywhere, at the same time, and to communicate information to many people at the same time.

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing components of a smart bus integrated control device 1 having a one-shot control function and a bidirectional communication network function according to the present invention, and FIG. 2 is a block diagram showing a one- And more particularly to a remote bus management server 100, a GPS receiver 200, a driver's guide terminal 300, a destination guide marking Module 400, a smart bus connection application module 500, and a smart type bus digital signage module 600.

First, the remote bus management server 100 according to the present invention will be described.

The remote bus management server 100 is connected to the smart type bus digital signage module in the bus to which the identification ID is assigned through the WiFi communication network and transmits the multimedia contents to the smart type bus digital signage module at a specific location in real time, As the response signal, it receives the bus status data about the passenger information on the current position and the failure of the device in the bus from the smart type bus digital signage module.

As shown in FIG. 3, the system includes an identification ID setting unit 110, a content editing unit 120, a content control unit 130, a hybrid type transmission module 140, and a bus status data receiving unit 150.

First, the identification ID setting unit 110 according to the present invention will be described.

The identification ID setting unit 110 sets the identification ID to the Smart Bus Digital Signage Module in the bus grouped by location and location grouped by location and location.

This is a combination of alphabets, numbers, and symbols, and an identification ID is formed through an address setting in which one of 8 bits, 16 bits, and 32 bits is selected.

Second, the content editing unit 120 according to the present invention will be described.

The content editing unit 120 creates, processes, and edits multimedia contents including advertisements, news, bus operation information, and bus guide information, and stores the edited multimedia contents in a DB server.

This includes an editing tool program engine module for creating, processing, and editing contents.

Third, the content control unit 130 according to the present invention will be described.

The content control unit 130 controls the overall operation of each device, transmits the corresponding advertisement data to the content editing unit according to the request signal of the advertisement requested by the advertisement client module and the advertisement update signal, It controls the real-time transmission to the smart type bus digital signage module.

It is configured to manage information of contents to be transmitted and executed to the smart type bus digital signage module, schedule information to be executed.

That is, the schedule information to be executed may be the number of contents, execution order, and execution rule to be processed in a digital signage terminal device for a certain period of time, and the reporting information about the executed result may be used as important data for the advertisement strategy.

The content controller 130 has basic information such as the name of the terminal, the date, and version information considering system compatibility according to the defined data structure. The content controller 130 is used for information about the network operator's network, Information.

Here, the information used as the advertisement effect measurement index includes information on the location where the smart bus digital signage module is installed, information on the content list executed in the smart type bus digital signage module, and contents executed on the terminal from different networks Information for identifying the content when it is transmitted, and information for recording whether or not the actual content is executed in the terminal.

The information on whether or not the content is executed expresses information as an execution time according to a unique number assigned to each content, an end time, a period during which the execution has been performed, or a delimiter for distinguishing whether the content has completed execution.

Fourth, the hybrid type transmission module 140 according to the present invention will be described.

The hybrid type transmission module 140 is set to be connected to the remote bus management server at a cycle set in the smart type bus digital signage module so that the smart type bus digital signage module checks the necessary data and then selects only the necessary multimedia contents And transmits it.

This is configured to effectively transmit the multimedia contents to the smart type bus digital signage module in a network environment such as wired and wireless.

A polling type transmission unit for requesting and receiving contents by a smart type bus digital signage module according to the transmission mode of the multimedia contents, And a broadcast type transmission unit for transmitting the broadcast type information.

In the case of the polling type transmission unit, the smart type bus digital signage module connects to the server every predetermined period to check whether there is data to be transmitted and download the contents if necessary. This method distributes the traffic load of the server when the number of terminals increases The system has efficient characteristics.

In the case of the broadcast type transmission unit, multimedia data service is increased and efficient utilization of limited bandwidth is achieved by distributing contents to a smart type bus digital signage module using a night time zone with a low network utilization rate.

Fifth, a bus status data receiving unit 150 according to the present invention will be described.

The bus status data receiving unit 150 receives the bus status data related to the current position of the bus, the passenger information, and the failure status of the devices in the bus from the Smart Bus Digital Signage Module in the field, and stores the received bus status data in the DB server .

If a traffic accident signal and a complaint request signal on the bus are inputted from the Smart Type Bus Digital Signage Module of the field, the current position and passenger information stored in the smart type bus digital signage module and the bus status And a program engine module for data backup that transmits data in real time.

Next, the GPS receiver 200 according to the present invention will be described.

The GPS receiver 200 is installed at one side of the bus and receives the position information and time information of the real-time bus from the GPS satellite and transmits the position information and the time information to the smart bus digital signage module.

It consists of a disc or square box, which receives the radio waves from twenty-four satellites circling the earth at a distance of 20,000 km, and confirms its position. The receiver of the receiver with built-in electronic compass has latitude, longitude, Altitude, etc. are displayed, and the error is about 10 ~ 100m.

Next, the driver's information terminal 300 according to the present invention will be described.

The driver's guide terminal 300 is located at one side of the driver's seat inside the bus and is driven under the control of the smart type bus digital signage module and displays the boarding detection signal of the smart bus linking application module on the screen, Expresses the color band of the passenger, displays the position of the stopping point to get off to the smart bus digital signage module, and displays the dangerous situation together with the voice to guide the driver to recognize the auditory sense.

4, the terminal body 310, the touch screen unit 320, the stop BIT link receiving unit 330, and the support black box unit 340 are shown in FIG.

The terminal body 310 has a box shape and protects and supports each device from external pressure.

The touch screen unit 320 is located at the front end of the terminal body and displays a riding announcement signal of the passenger received from the stop BIT linking receiver on the screen and is connected to the smart bus digital signage module and the destination guide cover module , And displays the position of the stopping point to get off to each device through the touch screen and transmits a command signal to display the dangerous situation.

The stop BIT link receiving unit 330 wirelessly connects to the stop BIT terminal through the WiFi communication network formed in the internal space of the terminal body and receives the ride notice signal of the passenger transmitted from the stop BIT terminal to transmit the received notice signal to the touch screen unit .

The support black box unit 340 is located at one side of the stop BIT linkage receiving unit and stores the image data related to the bus interior space and the passenger face, the current position of the bus, and bus operation information for backup.

Next, the destination guidance marking module 400 according to the present invention will be described.

The destination guidance marking module 400 is located at one side of the bus and is operated under the control of the smart type bus digital signage module to display the multimedia contents, the bus number, and the number of seats in real time.

This is done by selecting either a dot matrix sign, an LCD monitor window, or an LED monitor window.

Next, the smart bus connection application module 500 according to the present invention will be described.

The smart bus linking application module 500 is activated in the form of an application on a smart device for a passenger carrying a bus to transmit a bus boarding signal to a smart bus digital signage module when the bus is loaded, When it is paired with the digital signage module, it receives the multimedia contents (advertisement, news, bus operation information, bus guidance information, sightseeing spot information, payment information) sent from the smart type bus digital signage module, activates it on the screen, And controls the digital snee module to transmit the getting-off signal to the next stop.

5, an apk (Android Package) unit 510 for smart bus connection, a smart bus connection intent 520, an activity manager unit 530, a package manager unit 530, (Package Mangage) 540, an access control unit 550, and a kernel driver control unit 560.

First, an apk (Android package) unit 510 for smart bus connection according to the present invention will be described.

The apk (Android Package) unit 510 for smart bus linking is configured as a smart bus connection user interface (UI) through JAVA (Java) and Android SDK (Software Developer's Kit) The activation key acts as a key.

As shown in FIG. 6, the smart bus-associated XML unit 511, the smart bus-associated DEX unit 512, the meta-INF unit 513, the smart bus- 514).

The smart bus interlinked XML unit 511 has a description of the smart bus connection user interface (UI) and information on the execution right of the client in the initial login window and the authority to execute coupon for company promotion.

The smart bus associative DEX unit 512 executes a binary related to a Smart Bus connection user interface (UI) operating in the Dalvik virtual machine of the Android platform.

Here, the Dalvik virtual machine runs a class that is converted to the DEX format, optimized for low memory requirements on the Linux kernel of the Android platform.

The META-INF unit 513 has its own information about the Smart Bus connection user interface (UI) and contents signed by the certificate at the time of distribution.

The smart-bus-associated ARSC unit 514 has a resource file of a compiled smart-bus association user interface (UI).

Second, a Smart Bus connection intent 520 according to the present invention will be described.

The smart bus association intent intent 520 may be configured such that when a smart bus association user interface (UI) is moved to another screen according to the touch of the client on the screen on which the smart bus association user interface It sends a request command to the kernel driver control unit.

Which is configured to activate the activities of the smart bus association user interface (UI) on the screen of the smart device.

Third, the activity manager unit 530 according to the present invention will be described.

The activity manager unit (Activty Manager) 530 displays an activity bit window of whether or not an apk (Android Package) unit for smart bus connection is installed on the smart device screen. When the install button is input, the activity manager unit And transmits the package name of apk (Android Package) part for bus connection to the package package part (PackageParser).

Here, the package name of the apk (Android package) part for the smart bus connection is the name of the application for calendaring and editing.

Fourth, an activity manager unit 540 according to the present invention will be described.

The activity manager unit 540 extracts the apk (Android Package) unit for smart bus connection and installs it on the smart device, and transmits the installation completion message to the activity manager unit.

Fifth, the access control unit 550 according to the present invention will be described.

The access control unit 550 has a role of controlling access to a smart device peripheral device in a smart bus connection user interface (UI) or accessing a smart bus digital signage module in a smart bus connection user interface (UI) do.

Sixth, a kernel driver control unit 560 according to the present invention will be described.

The kernel driver control unit 560 controls the overall operation of the smart bus connection user interface UI installed on the smart device and displays the smart bus connection user interface UI on the smart device screen, And the multimedia contents (advertisement, news, bus operation information, bus guidance information, sightseeing spot information, billing information) transmitted from the smart bus digital signage module to the smart bus connection user interface (UI) It controls the execution and control of low-level system messages and debugging logs inside the Android platform.

7, comprises a main log section 561, an event setting section 562, a communication control section 563, and a system control section 564.

The main log unit 561 serves as a main application log and records information using a smart bus connection user interface (UI) and an android.util.Log class in the Android platform.

The event setting unit 562 is a log for system event information. The event setting unit 562 is a log for system event information. The event setting unit 562 uses an android.util.EventLog class in a smart bus connection user interface (UI) A guide information event, a tourist information event, and a payment information event.

The communication control unit 563 connects the WiFi communication module for the app calender with the WiFi communication module for the app calendar through the WiFi communication module connection related event information for the app calendar.

The system control unit 564 executes a low level system message in the Android platform and a log for debugging to control the operation of the overall application system for calendaring and editing.

Next, a Smart Bus Digital Signage Module 600 according to the present invention will be described.

The smart type bus digital signage module 600 is connected to the remote location bus management server 100 through a WiFi communication network to perform bidirectional data communication and control overall operation of the GPS reception unit, , And forms a two-way communication network with the smart bus linking application module in the bus. It senses and monitors the passenger's boarding through the smart bus linking application module and displays the multimedia contents (advertisement, news, bus Information, bus guide information, sightseeing spot information, and payment information).

As shown in FIGS. 8 and 9, the system includes a signage main body 610, a video camera 620, a speaker unit 630, a bidirectional communication formation module 640, a multimedia contents reception unit 650, 660, a sign screen display unit 670, a bus status data transmission unit 680, a bus push button drive control unit 690, and a wireless communication control unit 690a.

First, the signage body 610 according to the present invention will be described.

The signage body 610 has a rectangular panel shape and protects and supports each device from external pressure.

A video camera is formed on one side of the upper center, a speaker is formed on both left and right sides, a bidirectional communication forming module is formed on one side of the inner space, a multimedia contents receiving unit is formed on one side of the bidirectional communication forming module A smart control module is formed on one side of the multimedia contents receiving unit, a bus status data transmitting unit is formed on one side of the smart control module, and a bus push button driving control unit is formed on one side of the bus status data transmitting unit.

Then, a display screen display section is formed on the front surface.

Second, a video camera 620 according to the present invention will be described.

The video camera 620 is positioned at one side of the upper center of the signage main body, and serves to photograph the bus interior space and the passenger's face.

It is composed of an HD camera with PTZ structure and is configured to be rotated up and down, right and left, and 1 ° to 360 °.

Third, the speaker unit 630 according to the present invention will be described.

The speaker unit 630 is located at one side of both sides of the signage main body and outputs bus guidance information and advertisement information as a voice message.

Fourth, a bi-directional communication forming module 640 according to the present invention will be described.

The bidirectional communication module 640 is located at one side of the interior space of the signage main body and forms a bidirectional communication network through the smart device for passenger located in the bus room and the local area network.

It consists of a SignalR library module.

The SignalR library module constructs and executes an application program that requires real-time user interaction and data update.

It enables bi-directional real-time communication between passenger smart devices and smart bus digital signage modules, automatically determines the best communication method, high performance support with grouping, group addition and removal in the bus, and SQL And the like.

That is, if the Web API controller is downloaded and activated on the smart device for passengers,

"Microsoft.AspNet.SignalR

 .GlobalHost.ConnectionManager

   . GetHubContext <ChatHub> ()

     . Clients.All.reveiveMessage (message); "

Is created, which causes the passenger smart device to be recognized as a SignIR client, forming a two-way communication.

Fifth, a multimedia contents receiving unit 650 according to the present invention will be described.

The multimedia content receiving unit 650 is located at one side of the bidirectional communication forming module and receives multimedia contents from a remote bus management server through a WiFi communication module.

Sixth, the smart control module 660 according to the present invention will be described.

The smart control module 660 integrates and controls the driver's guide terminal inside the bus and the destination guide cover module outside the bus in an all-in-one manner and connects them to each other. In accordance with the control signal of the driver's information terminal, Multimedia contents including news, bus operation information, bus guide information, sightseeing spot information, and payment information are displayed on the screen display unit and simultaneously displayed in real time on the destination guide mark module outside the bus, The smart bus linking application module that connects to the bus forms a two-way communication network. It senses and monitors the passengers' boarding through the smart bus linking application module and displays multimedia contents (advertisement, news, bus Information, bus guide information, sightseeing spot information, and payment information).

As shown in FIG. 10, the system includes an all-in-on connection connector unit 661, an embedded expansion module 662, an Android forming module 663, and a microcomputer 664.

The All-In-On connector 661 connects the driver's guide terminal inside the bus to the destination guidance marking module on the outside of the bus, and drives the guidance information terminal for the driver and the destination guidance marking module And sequentially outputs signals.

The embedded expansion module 662 functions to add and operate a plurality of functions to one device.

The Android forming module 663 includes an Android, forms a wireless Internet residential network in the bus, forms a two-way communication network with a smart bus application module in the bus, and transmits multimedia contents (advertisement, News, bus operation information, bus guide information, sightseeing spot information, and payment information).

The microcomputer 664 is connected to the one shot connection connector, the embedded expansion module, and the Android forming module, and controls the overall operation of each device.

Seventh, the screen display unit 670 according to the present invention will be described.

The signage screen display unit 670 is driven in accordance with a control signal of the smart control module to display multimedia contents including advertisements, news, bus operation information, bus guide information, sightseeing spot information, and payment information in real time, 1: 1 customized to match the signal.

As shown in FIG. 11, the touch panel includes a plastic case 671, a first touch screen 672, a liquid crystal screen 673, and a light emitting diode backlight unit 674.

The plastic case 671 serves to support the touch screen and the liquid crystal screen from being shaken by external pressure.

It is formed by selecting any one of stainless steel, aluminum and plastic, and forming a bromine coating.

The first touch screen 672 is formed on a liquid crystal screen and receives a position of the touch screen when it is touched by hand.

It is composed of any one of alkali-aluminosilicate and Gorilla glass.

The liquid crystal screen 673 serves to display the multimedia contents on the screen.

It consists of an LCD monitor or an LED monitor.

The LED backlight unit 674 illuminates the atmosphere of the liquid crystal screen in a color-coded manner.

It consists of LED and GaN (Galium Nitride).

Eighth, a bus status data transmission unit 680 according to the present invention will be described.

The bus status data transmission unit 680 transmits bus status data regarding the current position, passenger information, and failure / non-existence of the devices in the bus to the remote bus management server.

It consists of WiFi communication module.

Ninth, a bus push button drive control unit 690 according to the present invention will be described.

The bus push button drive control unit 690 is connected to a bus push button and a wireless communication network and drives the bus push button automatically according to a control signal of the smart control module.

Here, the wireless communication network is configured by selecting any one of a Bluetooth beacon module, a ZigBee module, and a WiFi communication module.

The tenth aspect of the present invention is directed to the radio communication control unit 690a according to the present invention.

The wireless communication control unit 690a forms a wireless communication network with the smart bus connection application module and transmits the multimedia contents (advertisement, news, bus operation information, bus guide information, sightseeing information, and payment information) to the Smart Bus connection application module It plays a role.

Here, the wireless communication network is configured by selecting any one of a Bluetooth beacon module, a ZigBee module, and a WiFi communication module.

Hereinafter, a specific operation of the Smart Bus Integrated Controller having the one shot control function and the bidirectional communication network function according to the present invention will be described.

12, the smart-bus digital signage module in the bus to which the identification ID is assigned in the remote bus management server 100 is connected to the smart-bus digital signage module at a specific location by a WiFi communication network And transmits the multimedia contents in real time.

Next, the smart-type bus digital signage module 300 receives the multimedia contents from the remote bus management server through the WiFi communication network, displays the multimedia contents on the display screen in the bus in real time, And controls the external destination guide marking module as an all-in-one.

Next, the GPS receiver 200 receives the location information and the time information of the real-time bus from the GPS satellite and transmits the information to the smart-type bus digital signage module.

Next, the driver's guidance terminal is driven under the control of the smart-type bus digital signage module, receiving and displaying the riding notice signal of the passenger transmitted from the stopping BIT terminal on the screen, and getting off to the smart bus digital signage module And sends a control signal to output the position of the stopping point and the danger situation together with the voice.

Next, the destination guide module is driven under the control of the smart type bus digital signage module, and the multimedia contents, the bus number, and the number of seats are displayed in real time.

Next, as shown in FIG. 12, the smart bus bus digital signage module forms a two-way communication network with a smart bus connection application module that board the bus, detects the boarding of passengers through the smart bus connection application module, And activates the multimedia content (advertisement, news, bus operation information, bus guide information, sightseeing spot information, billing information) to the paired smart bus connection application module.

Next, as shown in FIG. 13, when a getting off signal to be sent to the next stop is appended to the smart type bus digital sign module through the smart bus link application module, the bus push button driving control section And drives the bus push button automatically.

At this time, when the bus is unloaded, the smart bus connection application module is sent to the remote bus management server through the smart bus digital sine module.

Then, as shown in Fig. 14, the bus management server at the remote place transfers the getting-off station information, the distance information from the getting-in and out, and the settlement information to the smart bus linking application module.

Next, the bus status data transmission unit of the smart type bus digital signage module transmits the bus status data regarding the current position, the passenger information, and the failure of the device in the bus to the remote bus management server.

Finally, the remote bus management server receives and stores the bus status data related to the current position, passenger information, and the presence or absence of failure of the device in the bus.

1: Smart bus integrated control device
100: remote bus management server 200: GPS receiver
300: Driver's Information Terminal 400: Destination Guide Module
500: Smart bus connection application module
600: Smart Bus Digital Signage Module

Claims (6)

The smart-type bus digital signage module in the bus to which the identification ID is assigned is connected to the WiFi communication network to transmit the multimedia contents in real time to the smart-type bus digital signage module at a specific location, A remote bus management server 100 that receives bus status data regarding the presence or absence of failure of the device in the bus,
A GPS receiving unit 200 installed at one side of the bus for receiving the position information and time information of the real time bus from the GPS satellite and transmitting the received information to the smart type bus digital signage module,
The smart buss application module is located on one side of the driver's seat inside the bus and is driven under the control of the smart type bus digital signage module and displays the boarding detection signal of the smart bus application module and the color band of the passenger to get off at the next stop, A driver's guidance terminal 300 for displaying the position of a stopping point to get off to the bus digital signage module and outputting a dangerous situation together with a voice to guide the driver to recognize the auditory sense,
A destination guide marking module 400 located on one side of the bus and driven under the control of the smart type bus digital signage module and displaying multimedia contents, bus number and number of seats in real time,
When the bus is routed to the smart type bus digital signage module and the smart type bus digital signage module is paired with the smart type bus digital signage module, Receive the multimedia contents (advertisement, news, bus operation information, bus guide information, sightseeing spot information, payment information) sent from the bus digital signage module and activate it on the screen and get off at the next stop to the smart bus digital sine module A smart bus connection application module 500 for controlling the application to transmit a signal,
Directional data communication with the remote bus management server 100 via the WiFi communication network to control the overall operation of the GPS receiver, the driver's information terminal and the destination guide cover module, and the smart bus connection application module and the bidirectional communication module (News, bus information, bus information, sightseeing information, billing information) to the paired smart bus application module while sensing and monitoring the boarding of the passengers through the smart bus linking application module, And a smart-type bus digital signage module 600 for controlling the smart-bus digital signage module 600 to activate the smart-
The smart bus linking application module 500
It is composed of smart bus connection user interface (UI) through JAVA (Java) and Android SDK (Software Developer's Kit), and apk file on smart device is activated by apk (Android Package) part for smart bus connection 510,
A Smart Bus connection intent tent unit for sending a request command to the kernel driver control unit so that a Smart Bus connection user event (UI) is displayed on a screen displayed on the screen, (Intent) 520,
Whether or not the apk (Android Package) part for smart bus connection is installed on the smart device screen is displayed. When the install button is input, the package name of apk (Android package) part for Smart bus connection corresponding to the package path part (PackageParser) An activity manager unit 530 for transferring data to a PackageParser,
A package manager 540 for extracting the apk (Android package) unit for smart bus connection and installing it on the smart device, and for transferring the installation to the activity manager unit,
An access control unit 550 for controlling the smart bus connection user interface (UI) to access the smart device's peripherals or to access the smart bus digital signage module in the smart bus connection user interface (UI)
The overall operation of the Smart Bus connection user interface (UI) installed on the smart device is controlled, the layout of the rectangular area in which the smart bus connection user interface (UI) is to be displayed is set on the smart device screen, UI), the multimedia contents (advertisement, news, bus operation information, bus guide information, sightseeing spot information, billing information) transmitted from the smart bus digital signage module, and a log for debugging the lower level system message inside the Android platform And a kernel driver control unit (560) for controlling execution of the smart bus integrated control unit (560).
delete delete delete The smart type bus digital signage module (600) according to claim 1, wherein the smart type bus digital signage module (600)
A signage body 610 having a rectangular panel shape for protecting and supporting each device from external pressure,
A video camera 620 located at one side of the upper center of the signage main body and photographing the bus interior space and the passenger's face,
A speaker unit 630 positioned at one side of both sides of the signage main body for outputting bus guidance information and advertisement information to a voice message,
A bidirectional communication formation module 640 located at one side of the internal space of the signage main body and forming a bidirectional communication network through a smart device for passenger and a local communication network located in the bus interior,
A multimedia contents receiving unit 650 located at one side of the bidirectional communication forming module and receiving multimedia contents from a remote bus management server through a WiFi communication module,
A driver's guide terminal inside the bus and a destination guide marking module outside the bus are integrally controlled in an all-in-one manner and are connected to each other, and advertisement, news, bus operation information, Multimedia contents including guide information, sightseeing information, and payment information are displayed on the display screen of the display screen and at the same time, the display is controlled to be displayed in real time on the destination guide marking module outside the bus, and the smart bus linking application Module and a two-way communication network to detect and monitor the boarding of the passengers through the smart bus linking application module, and the multimedia contents (advertisement, news, bus operation information, bus guide information, tourist information , The payment information), a smart control module 660 for controlling the smart control module 660,
Is driven in accordance with the control signal of the smart control module and displays multimedia contents including advertisement, news, bus operation information, bus guide information, sightseeing spot information and payment information in real time, A screen display unit 670 for displaying the screen,
A bus status data transmission unit 680 for transmitting bus status data regarding the current position and passenger information and the failure of the device in the bus to the remote bus management server,
And a bus push button drive control unit 690 connected to the bus push button and wireless communication network for automatically driving bus push buttons in accordance with the control signal of the smart control module. And a smart bus integrated control device.
6. The method of claim 5, wherein the smart control module (660)
An all-in-one connector for connecting the driver's guide terminal inside the bus and the destination guide marking module outside the bus, and sequentially outputting driving signals of the driver's guide terminal and the destination guidance marking module in accordance with the switching signal Unit 661,
An embedded extension module 662 for adding and operating a plurality of functions to one device,
It is equipped with Android to form a wireless internet residential network in the bus, and forms a smart bus connection application module and a two-way communication network in the bus. The multimedia contents (advertisement, news, bus operation information, bus information An information provider, an information provider, an information provider,
And a microcomputer unit 664 connected to the one-shot connection connector unit, the embedded expansion module, and the Android-forming module, and controlling overall operation of each device. Device.

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