KR101247186B1 - Indoor broadcasting system having a touch control function - Google Patents

Abstract

PURPOSE: An indoor broadcasting system for implementing a smart function for controlling a touch is provided to implement a smart function using software and hardware optimized in a broadcasting environment. CONSTITUTION: A fire signal receiver(16) sets a fire data input format, a sensor type, and a broadcasting mode. The fire signal receiver controls functions according to fire data based on an ID(Identification) of a product. A smart type audio processor(17) controls diversified broadcasts according to a control signal of a main controller based on the ID of the product. A digital network controller(18) is connected to the main controller through an Ethernet. The digital network controller remotely controls the operation of a broadcasting device connected to an Ethernet. A local computer(19) remotely controls the operation of the broadcasting devices. [Reference numerals] (10) Main controller(TOUCH UI); (11) Power supplying unit; (12) Power amplifier; (13) Broadcasting region controller; (14) Amplifier error inspector; (15) Manual broadcasting region selector; (16) Fire signal receiver; (17) Smart type audio processor; (18) Network controller; (19) Local computer; (AA) Speaker

Description

Indoor broadcasting system having a touch control smart function

The present invention relates to an on-premises broadcasting system in which a touch control smart function is implemented, and more particularly, to control the overall functions related to broadcasting in an optimized manner by a touch control screen and software, thereby improving convenience of use and related to broadcasting. The present invention relates to an on-premises broadcasting system in which a touch-controlled smart function is implemented so that it can be easily set in a touch user interface without having to set various functions in a complicated hardware method.

In general, the conventional premises broadcasting control device has a problem that the user or the operator can not easily set or use because it is configured by a method of setting the hardware setting function of the system or control using a remote PC function.

Patent Registration Publication 10-1021198

The present invention has been invented to solve the above problems, and by using software and hardware optimized for the broadcasting environment, all operation functions required for the control / execution functions are implemented as smart functions by programs and icons on the touch user interface. The present invention aims to provide an on-premises broadcasting system in which touch-controlled smart functions are implemented that enable smart broadcasting by implementing functions that cannot be easily and conveniently used by hardware or remote control, as well as automation and intelligence. There is a purpose.

On-premises broadcasting system implemented a touch-controlled smart function according to the present invention

A main controller equipped with a touch controller, a touch user interface, and smart program operation software to control the overall operation of the premises broadcasting device; A power supply for supplying power based on IDs set for various products and devices according to the control signal of the main controller to perform 8-channel power control, individual independent control, total sequential control, and grouping sequential control; A power amplifier amplifying and outputting a broadcast signal based on IDs set for various products and devices according to the control signal of the main controller; A broadcast area selector for setting a product ID, a device ID, and a CH number to select a speaker of a region to output a broadcast signal to control operation; An amplifier error checker controlling based on a product ID and a device ID, and checking the error of the power amplifier by automatically interlocking with the amplifier ID recognition during the individual selection broadcast; A manual broadcast zone controller (speaker selector) controlled based on the product ID and the device ID, and configured to select a broadcast zone linked to the main controller or in an independent operation manner; A fire signal receiver that controls a function according to a fire signal based on a product ID / device ID by setting a fire data input format, a sensor type, and an entire broadcasting mode; A smart audio processor configured to control the multiplexing broadcast according to the control signal of the main controller based on the product ID / device ID; A digital network controller connected to the main controller via Ethernet to remotely control the operation of the broadcasting device connected to the Ethernet; A local computer adapted to remotely control the operation of the main controller; Consists of including.

The main controller includes an embedded microprocessor; Touch controller; WVGA TFT LCD; Preference block; A device configuration management block for registering, changing, and maintaining system configuration devices; Weekly time signal broadcast block; A broadcast control function block for selecting general and emergency, full, individual or manual broadcasts; Fire broadcast function control block; Multiplexed broadcast control function block; System power management block; It consists of memory block for data storage and network control block.

The broadcast zone selector is a relay group or a remote data transceiver.

The present invention as described above has the advantage of convenience in use by using the touch control function in the setting and operation of the use environment of the premises broadcasting system.

1 is a block diagram of a premises broadcasting system to which the present invention is applied;
2 is a detailed configuration diagram of the main controller shown in FIG. 1;
3 is an exemplary screen configuration of a touch interface for setting a usage environment of an on-premises broadcasting system according to the present invention;
4 is a diagram illustrating an example of a screen configuration of a touch interface for registration management of devices required for constituting a premises broadcasting system according to the present invention;
FIG. 5 is a registration management screen of a digital player moved by clicking on a digital player among the touch interfaces shown in FIG. 4;
6 is an exemplary screen configuration of a touch interface for data management of weekly time signal broadcasting of the premises broadcasting system according to the present invention;
7 is an exemplary screen configuration of a touch interface for setting a fire broadcasting function of the premises broadcasting system according to the present invention;
8 is a configuration example of a standby mode screen for implementing a smart broadcast execution function of the premises broadcasting system according to the present invention;
9 is an exemplary view illustrating a screen configuration of a touch interface for setting a general broadcast mode of a premises broadcasting system according to the present invention;
10 is an exemplary screen configuration of a touch interface for setting the fire emergency broadcast mode of the premises broadcasting system according to the present invention;
11 is an exemplary view illustrating a screen configuration of a touch interface for setting a multiplexing broadcasting function of a premises broadcasting system according to the present invention;
12 is a flowchart illustrating a smart broadcast function of the premises broadcasting system according to the present invention.

Hereinafter, the configuration and operation of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a premises broadcasting system to which the present invention is applied.

The main controller 10 is equipped with a touch controller, a touch user interface and smart program operation software to control the overall operation of the premises broadcasting device. The area to output the premises broadcasting can be divided into a plurality of groups according to the homogeneous characteristics of the broadcasting target area, and each group can be divided into individual regions. For example, in the case of schools, the same school year may be divided into groups, and each class may be divided into individual regions, which may be broadcast to the entire school year, divided by the school year, or divided by the class.

The power supply 11 sets the product ID and the device ID to perform 8 channel power control, individual independent control, total sequential control, and grouping sequential control according to the command of the main controller 10.

The power amplifier 12 is a device for amplifying and outputting a broadcast signal. The power amplifier 12 sets and controls a product ID and a device ID.

The broadcasting area controller 13 is a device for controlling and broadcasting a speaker in a broadcasting area. The broadcasting area controller 13 sets and controls a product ID, a device ID, and a CH number. Examples of the broadcasting area controller 13 include a relay group, a remote data transceiver, and the like. have. The relay group and the remote data transceiver are used to selectively control the broadcasting area. The relay group is used to transmit to a relatively short area compared to the remote data transceiver, and the relay group consists of a plurality of relays corresponding to each broadcasting area. By grouping, the broadcasting target area can be selectively controlled.

The amplifier error checker 14 is a device that checks an error of the power amplifier 12 by sending a test signal to the power amplifier 12 and analyzing a feedback signal. The amplifier error checker 14 controls the product ID and the device ID. In case of individual broadcasting, it is automatically linked with recognition of amplifier ID.

The manual broadcast zone selector 15 operates in conjunction with the main controller 10 or operates in an independent manner, and controls a product ID, a device ID, and a CH number by setting them, for example, a speaker selector.

The fire signal receiver 16 is capable of function control according to fire data, and sets and controls a product ID and a device ID, and sets a fire data input format, a sensor type, and an entire broadcast mode setting.

The smart audio processor 17 controls the main controller 10 in conjunction with the main controller 10 for plural broadcasting, and sets the product ID and the device ID to operate according to the command of the main controller 10.

The digital network controller 18 connects broadcast devices via Ethernet and remotely controls its operation.

The local computer 19 is adapted to remotely control the operation of the broadcast equipment.

As above, the peripheral devices connected to the main controller 10, the power supply 11, the power amplifier 12, the broadcasting zone controller 13, the amplifier error checker 14, the manual broadcasting zone selector 15, and the fire signal receiver ( 16), the smart audio processor 17, the digital network controller 18, and the local computer 19 give a product ID for each product type, and give a device ID to each device of the product, thereby providing a main controller. (10) is made to control the operation of each device. For example, the main controller 10 may transmit and receive data with peripheral devices in an RS-485 manner, and equipment may be connected in a daisy chain (parallel connection) manner.

FIG. 2 shows a detailed configuration diagram of the main controller 10 shown in FIG. 1.

The main controller 10 includes an embedded microprocessor 20 that controls overall operations, a touch controller 21 that recognizes and processes information input by a user through manipulation of a touch panel, and displays input / output information on a screen. WVGA TFT LCD 22, environment setting block 23 for setting a place of use of premises broadcasting system, device configuration management block 24 for registering, changing and maintaining devices constituting premises broadcasting system, weekly time signal broadcasting Block 25, a general / emergency broadcast function control block 26 for selecting general or emergency and all, individual or manual broadcasts, a fire broadcast function control block 27 for setting broadcasts to be output in the event of a fire, and multiplex broadcast function control Block 28, system power management block 29, memory block 30 for data storage, and network controller block 18.

3 is a diagram showing an example of the screen configuration of the premises broadcasting system according to the present invention, the system configuration setting touch interface 40, the use environment menu 41, touch beep sound setting menu 42, broadcast priority menu 43 ), A schedule melody repetition frequency setting menu 44, a password use setting menu 45, and a power control mode setting menu 46 are provided.

The usage environment menu 41 is a menu for designating a place of use to which the premises broadcasting system is applied. For example, a usage environment such as school, building, apartment (garden), apartment 123, apartment (ABC), etc. It is specified and stored by the user click and registration screen of the designated environment is automatically generated when registering the broadcast area. In the example shown, the use environment menu 41 is for school, the touch beep setting menu 42 is middle, and the broadcasting priority menu 43 is MAIN-RA1-PC-RA2-NET-SP, the schedule melody repetition frequency setting menu (44) is used three times, the password use setting menu 45 is used, and the power control mode setting menu 46 is set to the always mode.

The touch beep sound setting menu 42 is a menu for designating a sound generated when a screen is touched, and is configured to be designated and stored as none / small (50mS) / medium (100mS) / large (100mS).

The broadcast priority setting menu 43 is a menu for designating and storing broadcast priority. The broadcasting priority setting menu 43 selects and selects from the following control rights.

      MAIN: Priority broadcast right of the main system

      PC: priority broadcast of local computer

      NET: Priority broadcasting right of Network (Ethernet)

      RA1: Priority broadcasting right of remote controller # 1

      RA2: Priority broadcasting right of Remote controller 2

      SP: Priority broadcasting right of broadcasting area controller

When a broadcast having another priority broadcast right enters while broadcasting with the priority broadcast priority set as above, if the priority of a broadcast that is higher than the priority of the current broadcast is high, the current broadcast is paused and entered as a broadcast. When the broadcast is entered, the broadcast is paused again when the entered broadcast is finished.

However, it is displayed on the screen together with the description that the reserved broadcast enabled mode can be entered when a broadcast having a lower priority broadcasting right than the broadcast currently being broadcast is entered.

The schedule melody repetition number menu 44 is a menu for specifying and storing the number of repetitions of the melody to be played at the weekly time signal broadcast time registered by the user, and the melody is repeatedly output as many as the specified number.

Password use whether or not 45 is a menu for specifying whether or not to use the password when entering the system settings in order not to change the main setting function of the system.

The power control mode menu 46 is a menu for designating the mode of the system use power, and is provided with a constant mode and a saving mode. Always-on mode is a mode in which power is always supplied to nearby components and broadcasting can be performed without delay. When the broadcast ends, the power is supplied as it is, but the system is in a standby state. It is. Eco-mode is a mode that cuts off the power supply of all devices except emergency power. When the start of the broadcast, the power is supplied to each peripheral device and the broadcast proceeds after the delay time until it is stabilized.

The menus are described by way of example to help the understanding of the present invention, and are not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that menus according to respective functions may be added or deleted as necessary.

4 is a diagram illustrating an example of a screen configuration of a touch interface for registration management of devices required for a broadcast system configuration. In the device configuration management touch interface 50 of the illustrated example, an audio processor, a digital relay group, a digital power divider ... It is possible to register and manage the devices.

The device configuration management touch interface 50 illustrated in FIG. 4 is an interface for registration management of devices required for configuring a broadcast system. The device configuration management touch interface 50 manages system configuration peripheral devices controlled by the main controller 10. For convenience, each component device is responsible for registering, changing, and deleting functions on the main controller 10, and all configured devices are capable of performing registration information and status checks on the touch screen.

In addition, as shown, the registered device display window that displays the registered quantity of the device with the device name is displayed for each device currently connected, click the display window to move to the registration, change and inspection screen of the device Consists of.

FIG. 5 shows a digital player registration management screen 60 which is moved by clicking on the digital player 51 in the touch interface shown in FIG.

 In the management of the component device, when the number of installations is input in the installation number input window 61 on the digital player registration management screen 60, the device window 62 is automatically generated, and at this time, the device ID input window ( This is done by registering the ID of the device (eg, digital player) to be configured at 63). Thereafter, the TEST window 64 displayed on the right side of the device ID input window 63 may be clicked to directly inspect the device.

The test result is displayed in the test window 64 as "OK" in case of normal or "ERR" in case of abnormality.

The input value is stored in the memory when the 'storage' icon 65 is touched and used for function control.

6 shows an example of the screen configuration of the weekly time signal broadcasting touch interface 70 according to the present invention.

The weekly time signal broadcasting touch interface 70 is a function for setting the date, day and time, and the date, day, time for the time signal for weekly time signal display on the main screen and the display of the broadcast progress time through the time signal input window 71. The input and change management can be executed on the touch screen. This is to manage time by integrating R.T.C (Real Time Clock) function.

In addition, it is equipped with a function to input, change and delete the time signal broadcast data for each week, and is provided with a management function by the time signal (schedule) index number through the index window 72, the index number is automatically assigned by the system It is programmed to The user inputs and stores the day, morning or afternoon, hour, minute, song number, and operation mode in the time signal input window 71.

If the input data is equal to the current time every minute unit, it automatically broadcasts the designated song by the number specified in the configuration.

In addition, as a function of managing the control data related to the broadcasting area, when the broadcasting area registration by the data of the registered component is completed, the broadcasting area is displayed as a region selection icon when the broadcasting is executed on the main screen, and the broadcasting is selected by selecting it. Proceed.

7 illustrates an example of a screen configuration of a touch interface for setting a fire broadcasting function.

In the fire broadcasting function control touch interface 80, when the fire occurs, the automatic broadcast transmission sound menu 81 sets an output sound that is automatically broadcasted when a fire occurs, and sets the following output sounds.

Message: Repeated fire warning and evacuation message (voice)

Siren + Message: Repeated voice evacuation message after wave siren (sound source output) output

Siren (flat sound): Flat siren (hardware oscillation output) fixed output

Siren (wave sound): Repeated wave siren (hardware oscillation output)

External source player: Use custom message / sound source

Selectable sound source such as multilingual emergency message can be selected

The fire data interworking method menu 82 sets a fire signal data format input as follows.

Digital DATA 10Byte type: When the data output of the fire protector is 10 byte

Digital DATA 12Byte type: When the data output of the fire protector is 12 byte

+ 24V DATA input method: Signal input to channel signal terminal is + 24V signal

Contact method: The signal input to the channel signal input terminal is a relay contact method

The broadcast operation setting menu 83 at the time of a fire signal is provided with two modes as follows, and the two modes can be set simultaneously.

Full local broadcast operation mode if longer than 10 minutes: Automatically switches to full local broadcast if a fire signal is detected or sustained for more than 10 minutes

If you receive more than 2 zones, all zone broadcasts will be activated.

The data transmission icon 84 is configured to transmit data in order to reflect the setting value of the fire data interworking method menu 82 to the fire interface DTB-2022SF.

When the setting is changed by the operation of the fire data interlocking method menu 82, the data must be transmitted by pressing a data transmission button.

On the other hand, in order to recognize the necessity of the transfer execution, if the setting value by the fire data interworking method menu 82 is changed, the data transmission icon 84 may be displayed to change to red, for example.

The storage icon 85 serves to save the setting value.

8 illustrates an example of a standby mode screen configuration for implementing a smart broadcast execution function according to the present invention.

When the system is powered on, the automatic test is executed and the standby mode screen 90, that is, the home screen as shown in FIG. 8 is displayed on the screen.

All peripheral devices registered in the configuration of the device are to be inspected and the inspection time is completed within 50mS in this embodiment per component device.

After the initialization is completed, control the power according to the power mode of the system and go to standby mode (home).

In the standby mode, it consists of a one-touch icon for changing the system setting status and settings, and an icon for broadcast progress.

The time display unit 91 displays the current date and time and enters the time setting mode when the time display unit 91 is clicked.

The power type icon 92 displays the type of the current input power. When the power type icon 92 is clicked on, the power type icon 92 displays the type of the current input power after re-communication with the power supply 11. For example, when AC and DC are input according to the type of input power, when only AC is input and when only DC is input, respectively, they may be displayed as follows.

The component device connection status icon 93 indicates whether there is an abnormality in the status of the component device, and when the component device connection status icon 93 is clicked on, the component device connection status icon 93 displays a status after re-communication with the peripheral device. For example, when the component connection state is normal, each case of an error may be displayed as follows.

The melody icon 94 is an icon indicating the currently set start / end melody. When the melody icon 94 is clicked, the melody icon 94 enters the melody setting screen. The melody icon 94 may be displayed as follows according to whether the melody is set.

The PC connection icon 95 is displayed when controlling a PC or Ethernet connection.

Weekly time signal icon 96 outputs the set time signal data in the form of a list, only the view is supported. The weekly time signal broadcasting data can be modified by the weekly time signal broadcasting touch interface 70 in the "setting" mode as described above.

The audio processor control icon 97 is an icon for controlling the audio processor. The audio processor control icon 97 is configured to control the audio processor in a broadcast or standby mode.

The system setting entry icon 98 serves to enter the main function setting mode related to the system setting.

The power mode icon 99 is used to display and control the power status. The power mode icon 99 is displayed according to the mode set in the system settings and is configured to allow manual power control when the power icon 99 is touched. Each can be displayed as follows.

Emergency full broadcast icon 100 is an icon to set the broadcast to enter the entire area in case of emergency / emergency, the general all-broadcast icon 101 is a general broadcast icon set to enter the broadcast by selecting the whole, group selection broadcast icon Reference numeral 102 denotes an icon for selecting and broadcasting a registered group region, and individually selecting broadcast icon 103 is an icon for selecting and broadcasting a registered individual region.

The broadcast mode display window 104 is a window for displaying a currently in progress broadcast mode, for example, 'waiting for a system' while waiting, 'ON AIR!' For a general broadcast, and 'emergency broadcast (red)' during an emergency broadcast. Text / yellow background), 'fire alarm (letter / desktop red, yellow flashing in sequence)' can be displayed when a fire is being broadcasted, all general broadcast guide letters when a general full broadcast is being started, and a full when emergency full broadcast is being started. Emergency broadcast guide letters may be displayed, and when the PC is in use, 'PC is connected and in control' may be displayed. When it is being controlled from the remote controller, the remote controller is being controlled by remote controller n.When the interlocking device is being controlled, the interlocking device is being controlled.Please wait for a while. It is controlling the linked device. '

The system status display window 105 displays the status of the system such as a power mode, password status, number of individual / group broadcasting areas, registered schedule number, emergency sound source setting display, usage environment display, and configuration device status in the standby mode. In the general broadcast mode, as shown in FIG. 9, a broadcast mode display, an effect sound setting state display, a power supply state display, a broadcast output region display, and a broadcast progress time display function are provided. As shown in the figure, a broadcast mode display, a fire setting output sound display, a fire detection area number / occurrence area display, a broadcast output area display, and a broadcast progress time display function are provided.

The following describes the implementation of the artificial intelligence and automation functions.

In the normal and all broadcast modes, when a broadcast start is pressed without selecting a broadcast area (individual or group), the previous broadcast channel is automatically selected and broadcast.

Check if the data input is within the specified range and execute it. If the input value is out of the range, a warning is displayed.

When the main microphone is switched on, the previous broadcast is automatically executed.When the microphone switch is turned on in standby mode, the automatic broadcasting function is performed while the microphone switch is turned off. If the microphone switch is pressed when the main screen icon is touched, pressing the microphone switch releases the microphone mute, while releasing the microphone switch turns off the microphone mute.

As a countermeasure against registration errors, execution errors are displayed when registering local command data for an unregistered device. As a countermeasure against duplicate registration of the same P-ID (product ID) / ID (device ID), the same data comparison recognition function is provided by random random delay method of transmission test response time of individual equipment.

As a method for implementing an automation function according to a priority broadcasting right function, when a higher broadcasting priority enters, the existing broadcasting mode is paused (including a broadcasting channel and a playback device), and the control data is backed up, and then the higher priority control broadcasting is performed, and the higher priority is applied. When the broadcast ends, the backup data is transmitted to return to the previous mode broadcast.

11 is a view for explaining a method of implementing a multiplex broadcasting function.

The multiplexing broadcasting function includes an execution mode by the main controller 10 and an execution mode by manual channel selection.

In the execution mode by the main controller 10, in order to confirm the audio channel setting for the multiplexing broadcasting, the audio processor control screen 110 as shown in FIG. 11 is displayed by pressing the audio processor control icon 97 and the channel ( CH1 ~ CH8) allows to check the input setting status of the corresponding channel graphically and to check the audio output and the input of the source device of the region to be diversified.

Thereafter, to change the setting, click the corresponding channels CH1 to CH8 to change the input channel, and select one broadcasting area among individual regions or group regions in relation to the broadcasting region and start broadcasting. Then select and operate the source device to output the diversified broadcast.

In the execution mode by manual channel selection, first, the desired region is selected by pressing the channel selection button of the speaker selector, and the subsequent procedure controls the source device and the audio channel in the same manner as the execution mode by the main controller 10. do.

Next, a control method using a mobile device such as a smart phone will be described.

First, the Ethernet (Internet) network is connected to the Ethernet network controller 18, which is given a unique address, and connected to the device using a computer (not shown) on a remote network connected to the Ethernet network. In case of controlling by smart phone, install the designated program (app) on the smart phone, then connect to this unit by using WIFI network or internet, and remote control by the function operation of the corresponding control program.

12 is a flowchart illustrating a smart broadcast function according to the present invention.

First, the main controller 10 is a smart check block at power-on, and communicates with the registration device, and after receiving data analysis, status determination, error or normal display, model-specific status display, reading of setting data, shown in FIG. The standby mode screen 90 as shown is displayed.

System configuration block, date time management block, weekly time broadcast block, broadcast area management block, device configuration block, fire broadcast setting block, audio processor block, individual broadcast block, group broadcast block, general broadcast block, When the entire emergency broadcast block is selected, the touch interface screen for performing the setting function of each block is displayed, the setting value set by the user is stored, and the premises broadcasting system is controlled according to the set value.

10-main controller, 11-power supply,
12-power amplifier, 13-broadcast zone controller,
14-amplifier error checker, 15-manual station selector,
16-fire signal receiver, 17-smart audio processor,
18-Digital Network Controller, 19-Local Computer.

Claims (11)

A main controller equipped with a touch controller, a touch user interface, and smart program operation software to control the overall operation of the premises broadcasting device;
A power supply for supplying power based on IDs set for various products and devices according to the control signal of the main controller to perform 8-channel power control, individual independent control, total sequential control, and grouping sequential control;
A power amplifier amplifying and outputting a broadcast signal based on IDs set for various products and devices according to the control signal of the main controller;
A broadcasting area controller which sets a product ID, a device ID, and a CH number, selects a speaker of an area to output a broadcast signal, and controls an operation;
An amplifier error checker controlling based on a product ID and a device ID, and checking the error of the power amplifier by automatically interlocking with the amplifier ID recognition during the individual selection broadcast;
A manual broadcast zone selector controlled based on the product ID and the device ID, the broadcast zone selector being linked to the main controller or capable of selecting a broadcast zone in an independent operation manner;
A fire signal receiver configured to control a function according to fire data based on a product ID / device ID by setting a fire data input format, a sensor type, and an entire broadcasting mode;
A smart audio processor configured to control the multiplexing broadcast according to the control signal of the main controller based on the product ID / device ID;
A digital network controller connected to the main controller via Ethernet to remotely control the operation of the broadcasting device connected to the Ethernet;
A local computer adapted to remotely control the operation of broadcasting devices;
On-premises broadcasting system implemented a touch-controlled smart function made, including. The apparatus of claim 1, wherein the main controller comprises: an embedded microprocessor, a touch controller, a WVGA TFT LCD, an environment setting block, a device configuration related function block (related to registration / change and maintenance of a system configuration device), a weekly time signal broadcasting function block, Touch including a broadcast control function block for selecting general / emergency / all / individual / manual broadcast, fire broadcast setting function block, diversification broadcast control function block, system power management function block, data storage memory block, network control block Broadcasting system with controlled smart function. The premises broadcasting system according to claim 1, wherein the broadcasting area controller is a relay group or a remote data transceiver. The apparatus of claim 2, wherein the microprocessor controls the touch controller to display and set a current time display, a power state, and a connection state of a component connected to the main controller on a WVGA TFT LCD, which is a display device. Display one or more icons to set and display PC connection status, weekly time broadcasting, audio processor control, system configuration, power mode, emergency broadcasting, general broadcasting, group selection broadcasting, and individual broadcasting. In addition, the premises broadcasting system implemented a touch-control smart function, characterized in that for outputting the initial screen for displaying the broadcast mode display window indicating the current broadcast mode, the system status display window indicating the system status. The system configuration screen of claim 4, wherein when the system configuration icon is touched, a system configuration screen for setting a use place, a touch beep sound, a broadcasting priority, a schedule melody repetition time, a password use status, and a power control mode is displayed. On-premises broadcasting system implemented a touch-controlled smart function. The broadcast broadcasting according to claim 5, wherein when a broadcast having another priority broadcasting right is entered while broadcasting in the state where the broadcasting priority is set, the current broadcasting is paused if the priority of the broadcasting that is higher than the priority of the currently broadcasting broadcast is high. The broadcast, which is broadcasted on the entered broadcast, is paused again when the entered broadcast is terminated, and the touch enters into a reserved broadcast enabled mode when a broadcast having a lower priority broadcasting right than the broadcast currently being broadcast is entered. Broadcasting system with controlled smart function. The touch-controlled smart function of claim 4, wherein when the device connection status icon is touched, a touch screen type smart function is configured to display a registered device display window that displays a registered quantity with a registered device name for all currently registered devices. On-premises broadcasting system. The apparatus of claim 7, wherein the number of installation units is displayed by touching a registration device display window. When the number of installation units is input in the installation number input window, a device window having a device ID input window is generated, and the device ID input window 63 is located on the right side. While the test window is displayed, if the test window is touched premises broadcasting system implemented a touch-controlled smart function, characterized in that configured to display the test results of the registered device. 5. The time signal input window of claim 4, further comprising: an index window displaying a schedule index number and a time signal input window including day, morning or afternoon, hour, minute, song number, and operation mode for each schedule index number. In-house broadcasting system with a touch control smart function, characterized in that the display, the weekly broadcast data can be input, changed and deleted for each week. According to claim 4, The system status display window displays the status of the system, such as the power mode, password status, number of individual / group broadcasting area, registered schedule number, emergency sound source setting display, usage environment display, configuration device status in the standby mode. On the other hand, in the case of the normal broadcast mode, the broadcast mode display, the effect sound setting status display, the power supply status display, the broadcast output area display, and the broadcast progress time are displayed, and in the fire emergency broadcast mode, the broadcast mode display, the fire setting output sound On-premises broadcasting system implemented a touch-controlled smart function, characterized in that the display, the number of fire detection area / generation area display, broadcast output area display and display the broadcast progress time. According to claim 1, The digital network controller is given a unique address is a touch-controlled smart function, characterized in that it is made to be remotely controlled by a remote network computer or a spatphone connected via an Ethernet network, WIPI network or Internet network Implemented premises broadcasting system.

Images