KR101327683B1 - Fire fighting apparatus having operation state displaying function and, fire fighting system including the same - Google Patents

Abstract

According to the feature of the present invention, an integrated fire prevention system performs a unique fire prevention function by driving a motor (M) according to firefighting control signals, and comprises: a plurality of fire prevention apparatuses (100) including a motor driving unit (110) for driving the motor (M) according to drive control signals to perform firefighting operation or return operation, a sensing unit (120) for sensing the firefighting and return operation of the motor (M) including the constant supply of power, the reception of the firefighting control signals, and the rotation state of the motor (M), and a device control unit (130) for controlling the drive of the motor (M) according to the reception of the firefighting control signals, classifying operation states on the basis of each sensing signal transmitted from the sensing unit (120), and outputting display control signals for displaying the classified operation states on a device display unit (140); and a control terminal (400) connected to the fire prevention apparatuses (100) through wire and wireless communication networks to transmit and receive data signals, receiving and collecting the display control signals, classifying an operation state of each fire prevention apparatus (100) according to each of the collected display control signals, and displaying the classified operation state on an integrated display unit (430). [Reference numerals] (100,AA,BB,EE,FF) Fire prevention apparatus;(200) Relay unit;(30) Fire detecting sensor;(300) Relay server;(400) Command device;(CC,GG,JJ) Display control signal;(DD,HH,II) Firefighting control signal;(KK) Fire detection signal

Description

Fire Fighting Apparatus with Operation Status Display Function and Fire Protection Integrated System Including the Same {Fire Fighting Apparatus Having Operation State Displaying Function And, Fire Fighting System Including The Same}

The present invention relates to a fire protection system having an operation state display function and a fire protection integrated system including the same, and more specifically, to a state and a location at which an operation error occurs when driving a fire protection operation and a return operation of the fire protection system. Fire protection system equipped with operation status display function that can be immediately checked and implements the optimal fire protection function according to the purpose and environment installed by each fire protection device by adjusting the operation status and operation standard threshold of fire protection system. And it relates to a fire protection integrated system comprising the same.

In general, in the case of a building equipped with fire prevention facilities, when a fire detection sensor detects a fire, various fire prevention devices such as a dehumidification damper, an auto pressure regulator, and an automatic fire door open and close automatically operate according to the fire control signal of the control room. The smoke generated by the fire is not leaked in the direction of emergency exit, and the flame is prevented from spreading to the adjacent place from the place of fire.

Here, FIG. 1 shows an external configuration of a conventional ventilation damper. Referring to FIG. 1, a conventional fire protection system 10 such as a smoke damper includes an operation start indicator 11 that is turned on at an operation start so that an administrator can identify and check an operation state such as a fire operation and a return operation. The operation completion indicator 12, which is lit when the operation is completed, was provided to confirm the operation state of the fire protection system 10 according to the fire control signal of the control room.

However, the conventional firefighting disaster prevention apparatus 10 was able to identify that the corresponding firefighting disaster prevention apparatus 10 does not operate according to the fire control signal for controlling the firefighting operation in the control room through the operation completion indicator 12. When the fire protection control signal for controlling the return operation is output, but the operation fire prevention device 10 does not have a return operation, it cannot be identified. Furthermore, the operation error may be identified in the control room. Because it was not possible to determine whether it is due to a problem on the signal line connected to the signal, or due to a problem in the fire fighting apparatus 10 itself, the administrator moves to the place where each fire fighting apparatus 10 is installed and the fire fighting apparatus 10 There was a problem to identify and check the problems of the return status and operation error.

In addition, each fire protection system 10 has been set and operated at the time of installation, the operation state and the operation value such as the operation range and the direction of operation when the fire fighting operation and the return operation is set, the fire protection system 10 If there is a desire to change the operating state and the threshold value after installation, there was an inconvenience that the administrator must individually change the operating state and threshold set for each fire protection system (10).

In addition, in the case of a building in which a plurality of firefighting disaster prevention devices 10 are installed and operated, such as a high-rise building, the administrator checks the problems of the return status and operation error of each firefighting disaster prevention device 10 as described above, In order to change the operation state and the threshold value of the device 10 had to take measures for each fire protection device installed in each floor 10, there was a problem that the manpower and time required for checking and setting change is excessive.

Korean Laid-Open Patent Publication No. 2008-0027012 (2008.03.26), a fire protection apparatus equipped with a smoke control device and a control method thereof

The present invention was created in order to solve the above problems, the object of the present invention is to immediately determine the state and location of the operation error occurred during the operation of the fire fighting operation of the fire protection system as well as the return operation, Fire protection system equipped with an operation status display function to implement the optimal fire protection function according to the purpose and environment installed by each fire protection device by adjusting the operation state and operation standard threshold of the disaster prevention device, and fire fighting including the same An integrated disaster prevention system is provided.

According to a feature of the present invention, by driving the motor (M) in accordance with the fire control signal to implement a unique fire disaster prevention function, the motor driving unit for driving the motor (M) fire driving operation and return operation in accordance with the drive control signal ( 110, the sensing unit 120 for detecting the fire and return operation of the motor (M), including the constant power supply, receiving the fire control signal, the rotation state of the motor (M), and the fire Drive control of the motor (M) in accordance with the reception of a control signal, and outputs a display control signal for display on the device display unit 140 by dividing the operation state based on each detection signal transmitted from the sensing unit 120 A plurality of fire prevention apparatuses including a device control unit 130; And a plurality of firefighting disaster prevention apparatuses 100 connected to each other through wired and wireless communication networks to transmit and receive data signals, receive and collect the display control signals, and collect the firefighting disaster prevention apparatuses 100 according to the collected display control signals. Provided is a firefighting integrated system comprising a; control terminal 400 to display the integrated display unit 430 to distinguish the operating state.

According to another feature of the invention, the control terminal 400, the reference data for the fire fighting operation and return operation, the operation reference threshold of the fire protection system 100 is stored, the reference in accordance with the reception of the fire detection signal Outputting the fire control signal on the basis of the data, characterized in that it comprises a device setting unit 440 for setting the operation state, the operation reference threshold value of the fire fighting operation and return operation for each fire fighting disaster prevention apparatus 10 An integrated fire protection system is provided.

According to another feature of the present invention, in the fire protection apparatus for implementing a unique fire protection function by driving the motor (M) in accordance with the fire control signal of the control terminal 400, the motor (M) in accordance with the drive control signal Motor driving unit 110 for driving the fire fighting operation and the return operation; Rotational state of the motor control unit 122 and the fire control signal detection unit 122 to detect the fire control signal received from the control terminal 400, the regular power detection unit 121 for detecting whether the regular power is applied or not Sensing unit 120 including a motor detecting unit 123 for detecting the fire and return operation of the motor (M); The driving control signal is output to the motor driving unit 110 according to the reception of the fire control signal to drive the motor M, and the fire fighting is performed based on each detection signal transmitted from the sensing unit 120. An apparatus control unit 130 for outputting a display control signal for distinguishing and displaying a reception state of a control signal and an operation state of the fire protection system; And an apparatus display unit 140 which displays the reception state of the fire control signal and the operation state of the fire protection system to the outside according to the display control signal of the device control unit 130.

As described above, according to the present invention,

First, through the fire control signal detection unit for detecting the fire control signal received from the control terminal, the motor detection unit for detecting the rotational state of the motor, fire operation and return operation, and the device display unit for displaying the fire protection equipment, And an operation error that does not return operation, as well as whether or not the operation error is caused by a problem on a signal line connected to the fire protection apparatus in the control room, so that the administrator can be directed to the place where each fire prevention apparatus is installed. The inspection personnel and time can be drastically saved because they do not move by inspection.

Secondly, the control terminal installed in the control room and outputting a fire control signal for each fire protection apparatus is provided with a device setting unit for setting the operation state of the fire fighting operation and the return operation, operation reference threshold for each fire fighting disaster prevention device, the device setting After each fire protection system is installed, the operation status and operation thresholds can be adjusted in the control room collectively. Therefore, it is possible to realize the optimum fire protection function that is suitable for the purpose and environment installed for each fire protection system.

Third, since the control terminal is provided with an integrated display for displaying the operation status of each fire protection equipment, even if the fire protection equipment is installed on the ceiling or wall, it is easy to identify the operation and operation error status of each fire protection equipment And checks.

Fourth, if the driving completion is not detected until a certain time elapses after the fire control signal of the control terminal is received in consideration of the scheduled completion time of the motor, it is determined to be an operation error or the motor is automatically detected by detecting an overload of the motor. Since the driving of the motor is controlled to stop, it is possible to prevent the motor and circuit components from being damaged due to the inoperability of the motor.

Fifth, since the control terminal outputs the voice guidance data stored in advance according to the operation state and operation error state of each fire protection apparatus through a speaker, it is audible even if the administrator does not individually identify the integrated display for each fire protection apparatus As it can be confirmed, the convenience of the administrator is maximized.

1 is a perspective view showing an external configuration of a conventional damping damper;
Figure 2 is a block diagram showing the configuration of a fire protection integrated system according to a preferred embodiment of the present invention,
3 is a block diagram showing the detailed configuration of the fire protection system according to an embodiment of the present invention,
4 is a block diagram showing a detailed configuration of a sensing unit according to an embodiment of the present invention;
5 is a perspective view showing the external configuration of the fire protection system according to a preferred embodiment of the present invention,
Figure 6 is a schematic diagram showing the configuration of the device display unit of the fire protection system according to a preferred embodiment of the present invention,
7 is a block diagram showing the detailed configuration of the control terminal according to an embodiment of the present invention,
8 is a front view showing the external configuration of the control terminal according to an embodiment of the present invention,
9 is a block diagram showing a detailed configuration of a repeater according to a preferred embodiment of the present invention;
10 is a schematic view for explaining a configuration of setting the operation state and the operation reference threshold of each fire protection system through the device setting unit of the control terminal according to an embodiment of the present invention.

The objects, features and advantages of the present invention will become more apparent from the following detailed description. Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

Before describing an embodiment of the present invention, several terms to be described below are defined. The fire protection apparatus 100 mentioned below is installed at fire prevention facilities such as fire protection windows, air supply ducts, exhaust ducts, fire doors, etc. in a building such as a smoke damper, a car pressure regulator, and a fire door automatic opening and closing device to automatically detect a fire. By means of driving to prevent the smoke generated by the fire to leak in the direction of the emergency exit, etc. and means to implement the unique fire protection function individually so that the flame does not spread from the place of fire to the adjacent place, the control room is in the building At the fire detection, the control terminal 400 is installed and operated as a place to centrally control the operation state and operation of the fire protection equipment, including each fire protection system (100).

In addition, the 'fire operation drive' referred to below is to rotate the motor (M) installed in the forward direction in order to implement a unique fire protection function, such as the fire protection device 100 is a drive that the fire door is automatically closed in case of fire. 'Return operation drive' means the drive to rotate the motor (M) in the reverse direction in order to return the fire protection apparatus 100 to its original state, such as a drive that the closed fire door is automatically opened.

Fire protection system equipped with an operation state display function according to a preferred embodiment of the present invention (hereinafter referred to as 'fire protection equipment 100'), and the integrated fire disaster prevention system comprising the same, Operation and return operation It is possible to immediately check the status and location of operation error during operation.Adjust the operation status and operation standard threshold of firefighting disaster prevention devices to meet the purpose and environment installed for each firefighting disaster prevention device. As a fire prevention integrated system that can implement a disaster prevention function, as shown in Figures 2 to 10, by outputting a plurality of fire-fighting disaster prevention apparatus 100 and the fire control signal to the center of the driving of each fire disaster prevention apparatus 100 It is provided including a control terminal 400 for controlling.

First, the fire protection apparatus 100 according to the preferred embodiment of the present invention is a component that implements a fire protection function unique to the motor by driving the motor M according to the fire control signal, as shown in FIG. The driver 110, the sensing unit 120, the device control unit 130, and the device display unit 140 are provided.

The motor driving unit 110 drives the motor M installed in the fire protection system 100 according to the drive control signal of the device control unit 130 and drives the fire fighting operation and the return operation. M) Rotation direction, rotation angle (rotation range) and rotation speed are distinguished and driven.

The sensing unit 120 detects the overall operating state of the fire protection system 100 according to a preferred embodiment of the present invention, and as shown in FIG. ), A fire control signal detection unit 122 for detecting a fire control signal received from the control terminal 400, a rotation state of the motor (M), a motor for detecting the fire operation and the return operation of the motor (M) Manual sensing the manual operation according to the detection unit 123 and the manual operation unit (191 (see Fig. 5)) for manually driving the firefighting operation drive and return operation according to the preferred embodiment of the present invention It is provided including the operation detection unit 124.

Here, the constant power detection unit 121, the fire control signal detection unit 122 and the manual operation detection unit 124 is configured in a circuit board installed in the fire protection system 100, the constant power, fire control signal And detecting a manual operation control signal applied to the PCB, and the detected detection signal is transmitted to the device controller 130.

In addition, the constant power is a driving power source that can drive the fire-fighting disaster prevention apparatus 100 according to a preferred embodiment of the present invention, as well as the commercial power supply, when the supply of the commercial power is cut off the pre-charged battery (not shown) It means to include emergency power supplied from).

The motor detecting unit 123 is connected to the rotating shaft 111 of the motor M (see FIG. 10) using a variable resistor, an encoder sensor, a photosensor, a potentiometer, and the like, to measure the voltage and current. The rotation direction, the rotation angle and the rotation speed of the motor M may be sensed through the change, and the fire fighting operation according to the rotation of the rotation shaft 111 using a limit switch disposed adjacent to the rotation shaft 111 may be performed. The completion of and the completion of the return operation can be detected.

The device control unit 130 is connected to the control terminal 400 via a wired or wireless communication network to receive a fire control signal of the control terminal 400, the motor drive unit 110 according to the received fire control signal Outputs a drive control signal to drive the motor M, and controls the reception state of the fire control signal and the operation state of the fire protection system 100 based on each detection signal transmitted from the sensing unit 120. Outputs a display control signal to display separately.

Here, the device control unit 130 is provided with a database 170 is stored in the programming data for driving control individually or integrally to each fire protection device according to the received fire control signal, the fire protection for the fire operation When the control signal is received, the driving control signal and the display control signal corresponding thereto are read out to drive the motor M to the fire fighting operation and the driving state of the motor M is displayed. When the driving control signal and the display control signal corresponding thereto are read, the motor M is returned to drive and the driving state of the motor M is displayed.

In addition, the fire protection system 100 is provided with a timer 180 to measure the time from the time when the drive control signal is output in accordance with the reception of the fire control signal motor detection unit within a predetermined time of operation completion of the motor (M) If the completion of the firefighting operation or the returning operation is not detected from 123, it is determined that the operation error of the motor M is output, and a driving stop control signal is output to the motor driving unit 110 to control the driving of the motor M to be stopped. do. As a result, damage to the motor M and the circuit components due to the inoperability of the motor M can be prevented.

In addition, the motor detection unit 123 is preferably provided with a function for detecting the overload of the motor (M), the overload is detected while the motor (M) by the motor driving unit 110 fire and return operation. When the overload detection signal is received, the device controller 130 determines that there is another operation error of the motor M and outputs a driving stop control signal to the motor driver 110. The motor M is stopped.

At this time, the motor (M) is preferably provided with a brake function to stop the rotation of the rotary shaft 111 by physical friction so that the rotation operation of the motor (M) immediately stops when stopped.

The device display unit 140 displays an externally displayed state of applying the constant power, a receiving state of the fire control signal, and an operating state of the fire protection system 100 according to the display control signal of the device control unit 130. As shown in Figures 5 and 6 may be provided as a lamp for displaying each item for display to the outside as a flash, as well as display content such as seven segments and the LCD screen, such as letters, numbers and codes It can also be displayed.

Hereinafter, the device display unit 140 will be described with an example provided with a lamp. Referring to FIG. 6, the device display unit 140 is provided with a number of lamps corresponding to the number of items detected by the sensing unit 120.

More specifically, the device display unit 140 blinks according to the detection signal of the constant power detection unit 121 and is turned on when the constant power is applied, and the normally power indicator 141 is turned off when not in the applied state. And, according to the detection signal of the fire control signal detection unit 122, and if the fire control signal of the control terminal 400 is received, the fire signal signal 142 is turned on and off if not received; The motor driving indicator 143 flashes according to the detection signal of the motor detection unit 123 and turns on (flashes) when the motor M is rotating, and turns off when stopped, and the motor detection unit 123. Flashing in accordance with the detection signal of the motor (M) is fired when the operation of driving and the return operation is completed, the driving completion indicator 144 and the light is turned off if not completed, the detection of the motor detection unit 123 Flashes on signal If the overload of the motor (M) is detected or the operation error is detected by the overload indicator 145 that is turned on and off if it is not detected by the manual operation operation unit 191 of the fire protection system 100 The manual operation may include a manual operation indicator 146 which turns on when the operation of the fire fighting operation and the return operation is driven, and turns off when the operation is not performed manually.

On the other hand, the fire protection apparatus 100 according to a preferred embodiment of the present invention forms an outer shape as shown in Figure 5 and the motor driving unit 110, the sensing unit 120 and the device control unit 130 is a circuit configuration Case 190 is installed inside, and is disposed on one side of the case 190 to generate a manual operation signal for the manual operation unit 191 for manually operating the fire disaster prevention apparatus 100 and the motor (M) The driving unit 112 may further include a driving unit 112 for driving in accordance with the driving of the apparatus, and the device display unit 140 is disposed at a central position that is easily identified by an administrator.

In addition, the fire protection apparatus 100 is provided with an input means 160 as shown in Figure 3 is provided to change the operation state and the operation reference threshold of the fire fighting operation and the return operation according to the administrator's arbitrary, The data transmission and reception unit 150 is provided to establish a communication network to transmit and receive data signals with the control terminal 400.

Control terminal 400 according to a preferred embodiment of the present invention, when the fire detection signal is transmitted from the fire detection sensor 30 outputs a fire control signal for operating each fire protection device installed in the building fire fighting, A component for centrally controlling the operation of the firefighting disaster prevention apparatus 100, such as outputting a fire control signal for returning each firefighting disaster prevention apparatus 100 during an emergency release. ) Is connected via a wired and wireless communication network to transmit and receive data signals, and receive and collect display control signals of each fire protection apparatus 100, and according to each display control signal collected, each fire protection apparatus (100). Control to display on the integrated display unit 430 by dividing the operation state.

In this case, the control terminal 400 is connected to each fire protection device 100 and the wired, wireless communication network, the installed number of the fire protection device 100 increases or control each fire protection device 100 When the spaced distance between the terminal 400 is long, it may be limited to directly connect the fire protection system 100 and the control terminal 400 to the network. Therefore, in the fire protection integrated system according to a preferred embodiment of the present invention, as shown in Figure 2 by placing a repeater 200 for each of a plurality of fire protection system 100 grouped in a certain number in each fire protection apparatus 100 The display control signal transmitted and the fire fighting control signal received may be provided to be transmitted and received through the repeater 200.

In addition, when the installed number of the repeater 200 increases or the distance between each repeater 200 and the control terminal 400 is long, each repeater 200 between each repeater 200 and the control terminal 400 The relay server 300 may be provided to collect and transmit various data transmitted and received from the control unit 400 in a batch.

In addition, the repeater 200 is provided with an input means 240, as shown in Figure 9, the operation state and operation reference threshold of the fire fighting operation and the return operation of each fire protection equipment 100 grouped in a communication network It is provided to be changed according to any of the, the data transmission and reception unit 210 is provided with a communication network is constructed so that the mutual data signal is transmitted and received between each fire protection device 100 and the control terminal 400.

As shown in FIG. 7, the control terminal 400 according to the preferred embodiment of the present invention includes a data transmission and reception unit 410, a terminal control unit 420, an integrated display unit 430, a device setting unit 440, and a database 450. And an input means 460 may be provided.

The data transmission and reception unit 410 establishes a communication network to transmit and receive data signals between each fire protection device 100 or the repeater 200 and the repeater server 300, the terminal control unit 420 is a variety of fires installed in the building Receives a fire detection signal from the detection sensor 30, and outputs a fire control signal to drive each fire protection device 100 according to the received fire detection signal, the fire protection operation, each fire protection device 100 is returned to the emergency release Outputs a fire control signal to drive the operation as a component for collectively controlling the driving of each fire protection device 100, the terminal control unit 420 is provided with a database 450 in accordance with the received fire detection signal Programming data for driving control of each fire protection apparatus 100 individually or integrally is stored, and when the fire detection signal is received, a fire control signal corresponding thereto is read. And it controls to fire the driving operation by an output to the fire disaster prevention device 100 through a communications network.

The integrated display unit 430 externally controls the operation state of each fire protection apparatus 100 so as to collectively identify the operation state and operation error of each fire protection apparatus 100 in the control room where the control terminal 400 is installed. As a component to be displayed, as shown in FIG. 9, each item to be displayed to the outside may be provided as a lamp to display by blinking, as well as in the form of a seven segment and an LCD screen as the device display unit 140. And may display various display contents.

Hereinafter, the integrated display unit 430 will be described as an example provided in the form of a lamp. Referring to FIG. 9, the integrated display unit 430 is provided with a number of lamps corresponding to the number of lamps provided for each fire protection system 100. That is, the same lamp as the whole of the lamps provided in all installed fire protection system 100 is installed on the case 480.

In more detail, the integrated display unit 430 is a constant power indicator 141, fire signal indicator 142, motor drive indicator (e.g.) provided in the device display unit 140 of each fire protection system (100) ( 143, the operation completion indicator 144, the overload indicator 145, and various indicators 431 to 436 which are blinked and driven in the same manner as the blinking state of the manual operation indicator 146 are provided.

Accordingly, the manager located in the control terminal 400 can collectively check the operation state including the operation error of each fire protection system 100 while identifying the flashing state of the various indicators 431 to 436.

On the other hand, the control terminal 400 is stored in the database 450, the reference data for the fire fighting operation and return operation, the operation reference threshold of the fire protection system 100, based on the reference data in accordance with the reception of the fire detection signal Outputs the fire control signal to the device setting unit 440 and the device setting unit 440 for setting the operation state of the fire fighting operation and the return operation, the operation reference threshold for each fire protection apparatus 100; It may be provided including an input means 460 for transmitting a signal.

In this case, the input means 460 may be arranged by applying the input means 460 as long as it is an input device capable of generating a user input signal in the technical field to which the present invention pertains, such as a keyboard and a mouse.

In addition, the control terminal 400 is provided with a screen window 470 can display the setting state of the operation reference threshold of each fire protection system (100). Accordingly, the administrator may arbitrarily change the preset setting value by using the input means 460 while watching the setting value of the fire protection apparatus 100 displayed on the screen window 470.

For example, as shown in FIG. 10, when the fire protection system 100 is a smoke damper that opens and closes the opening and closing plate 21 to control an open state of the duct 20, the rotation angle of the motor M is changed. The angle (θ) at which the opening and closing plate 21 is rotated may be adjusted, and the direction of the opening and closing operation may be adjusted when the fire or return operation is performed by changing the rotation direction of the motor (M). In addition, by changing the rotational speed of the motor (M) it is possible to appropriately adjust the speed of the opening and closing operation during fire fighting or return operation.

In this way, through the configuration of the device setting unit 440, the screen window 470 and the input means 460, the rotation direction or the angle of rotation of the motor (M) during the fire and return operation of the fire protection system 100 By changing the setting range (rotation range) and speed, it is possible to appropriately adjust the operating state according to the environment and purpose installed for each fire protection apparatus (100).

In addition, when the fire prevention and disaster prevention apparatus 100 is a device in which the fire fighting operation and the returning operation are controlled according to the change in the indoor pressure measured such as an automobile pressure regulator, the operation is determined based on a preset indoor pressure reference value. The threshold value refers to a reference data value that determines whether the fire protection system 100 is operated like the indoor pressure reference value.

In addition, the control terminal 400, as shown in Figure 9, the test button 471 to test each fire protection device 100 for the purpose of checking the normal operation of the normally installed fire protection device 100 ) May be provided.

At this time, the test button 471 can be matched to each fire protection device 100 to be individually arranged so that each fire protection device 100 can be tested individually, of course, the whole fire disaster prevention with a single button An integrated test button 471a may be included to collectively test the device 100.

Next, the operation principle of the integrated fire protection system according to a preferred embodiment of the present invention will be described.

First, when the fire detection signal is output from the fire detection sensor 30 installed in the building and transmitted to the control terminal 400 or the test button 471 of the control terminal 400 is operated in the direction of fire test operation, the control terminal 400 reads the fire control signal corresponding to the programming data stored in the database 450 to each fire protection apparatus 100 using a communication network established through the repeater 200 and the repeater server 300. Output

The fire protection apparatus 100 having received the fire control signal reads out a drive control signal and a display control signal corresponding to the programming data stored in the database 170 and outputs the motor control unit 110 to the motor driving unit 110 to fire the motor M. At the same time, the driving state of the motor M is displayed on the device display unit 140.

In this case, when the regular power indicator 141 provided in the device display unit 140 is turned off or irregularly blinks according to the detection signal of the continuous power detection unit 121 provided in the sensing unit 120, It is determined that there is a problem in the regular power signal line applied to the disaster prevention apparatus 100 or a problem occurs in the power supply source for supplying the constant power, and when the constant power indicator 141 remains lit, the constant power It can be judged that the application of is smooth.

In addition, despite the output of the fire control signal from the control terminal 400 according to the detection signal of the fire control signal detection unit 122 provided in the sensing unit 120, the fire signal display provided in the device display unit 140 If the lamp 142 is turned off or blinks irregularly, it may be determined that a problem has occurred on a signal line (communication network) connected between the fire protection system 100 and the control terminal 400. When the fire signal indicator 142 is maintained in the lit state, it can be confirmed that the fire control signal output from the control terminal 400 has been normally transmitted to the fire protection system (100).

When the motor driving unit 110 drives the motor M by the driving control signal, the motor detecting unit 123 provided in the sensing unit 120 detects a rotation state of the motor M and correspondingly detects the rotation state. Outputs a signal to the device control unit 130 of the fire protection system 100, the device control unit 130 is a display control signal for controlling the motor drive indicator 143 provided on the device display unit 140 to light up the device display unit Output to 140 so that the motor drive indicator 143 is turned on. In this case, when the motor drive light 143 is turned off while the fire signal light 142 is turned on, the manager indicates that a problem has occurred in the motor driving unit 110 and the motor M. FIG. You can check it.

When the motor (M) drives the fire fighting operation and the rotation is completed in a predetermined rotation range, the motor detecting unit 123 detects this and outputs a detection signal detecting the completion of the fire fighting operation driving to the device controller 130. The device controller 130 outputs a display control signal to the device display unit 140 to control the operation completion indicator 144 of the device display unit 140 to be turned on.

In addition, the device control unit 130 of the fire-fighting disaster prevention apparatus 100 receives the time information counted by the timer 180 and measures the time from the time when the drive control signal is output in response to the reception of the fire control signal motor ( If the completion of the firefighting operation is not detected from the motor detection unit 123 within a predetermined time of operation completion of M), it is determined that the operation error of the motor M is determined, and a driving stop control signal is output to the motor driving unit 110 to output the motor ( The driving of M) is stopped and the overload indicator 145 provided in the device display unit 140 is turned on.

In addition, when a detection signal is detected in which the overload of the motor M is output from the motor detecting unit 123, it is determined that the motor M is another operation error. It outputs to control to stop the driving of the motor (M).

In addition, the sensing unit 120 when the fire protection apparatus 100 is driven individually by the operation of the manual operation unit 191 of the fire prevention disaster prevention apparatus 100 independent of the fire control signal and the driving operation of the fire fighting and the return operation. Is detected by the manual operation detection unit 124 provided in the manual operation detection signal is transmitted to the device control unit 130, the device control unit 130 to the device display unit 140 when the manual operation detection signal is received; The manual operation indicator 146 provided is controlled to be turned on.

In addition, the fire protection system 100 is a display control signal of the same control content as the display control signal output from the device control unit 130 to the device display unit 140 is transmitted to the control terminal 400 through a communication network. The control terminal 400 lights and controls each of the indicators 431 to 436 provided in the integrated display unit 430 in the same way as the lighting contents displayed on the device display unit 140 according to the received display control signal. The power supply of the fire protection system 100 is controlled so that the reception state and the operation state of the fire control signal are integrally identified. Therefore, the manager located in the control room can easily check the state of the fire operation of each fire protection device 100 installed in the building while checking the lighting state displayed on the integrated display unit 430.

On the other hand, when the emergency situation is released or the test button 471 of the control terminal 400 is operated in the return operation test direction, the motor (M) of each fire disaster prevention device 100 in the same manner as the above-described fire fighting operation method Firefighting operation is driven while rotating in the opposite direction, and the device display unit 140 and the integrated display unit 430 are lighted and controlled to indicate the operating state according to the detected operation state, and the administrator checks the lighting state, and each fire station is installed in the building. The return operation state of the disaster prevention apparatus 100 can be easily checked.

Meanwhile, voice guide data corresponding to the flashing content displayed on the integrated display unit 430 is stored in the database 450 of the control terminal 400, and the terminal controller 420 has a voice corresponding to the received display control signal. By reading the guide data and outputting them to a speaker (not shown), it is preferable that the manager is able to auditively check the integrated display unit 430 for each fire protection system 100 without identifying them.

Fire control signal detection unit 122 for detecting the fire control signal received from the control terminal 400 by the respective configuration and function of the fire protection integrated system according to a preferred embodiment of the present invention as described above, and the motor ( M) through the motor detection unit 123 for detecting the rotation state, the fire operation and the return operation, and the device display unit 140 and the integrated display unit 430 for detecting the rotation state, the fire disaster prevention apparatus 100 does not return operation Of course, if an error occurs, the operation error can be clearly identified whether the problem is due to a problem on the signal line connected to the fire protection apparatus 100 in the control room, so that the administrator to the place where each fire protection apparatus 100 is installed Since inspections are not carried out by hand, the inspection manpower and time can be drastically reduced.

Furthermore, the control terminal 400 installed in the control room and outputting a fire control signal for each fire protection apparatus 100 for setting the operation state of the fire fighting operation and the return operation for each fire protection apparatus 100, the operation reference threshold Since the device setting unit 440 is provided, since the fire protection apparatus 100 is installed through the device setting unit 440, the operation state and the operation reference thresholds can be collectively adjusted in the control room. 100) It is possible to realize the optimal fire prevention function according to the purpose and environment installed by each.

In addition, since the control terminal 400 is provided with an integrated display unit 430 for displaying the operation state of each fire protection device 100, even if the fire protection device 100 is installed embedded in the ceiling or wall, each fire protection The operation state and operation error state of the device 100 can be easily identified and checked, and a predetermined time has elapsed in consideration of the scheduled time for completing the operation of the motor M after the fire control signal of the control terminal 400 is received. If it is not detected until the drive is completed, it is judged to be an operation error or it is controlled to automatically stop the driving of the motor by detecting an overload of the motor M. Can be prevented.

The present invention described above is not limited to the above-described embodiment and the accompanying drawings, and various substitutions, modifications, and changes are possible within the scope without departing from the technical spirit of the present invention. It will be evident to those who have knowledge of.

Fire Protection System 110 Motor Drive
120 Sensing unit 121 Constant power detection unit
122 ... fire control signal detector 123 ... motor detector
130 ... Device control section 140 ... Device display section
200 Repeater 300 Repeater Server
400 ... control terminal 430 .. integrated display
440 ... Device Settings

Claims (3)

By driving the motor (M) in accordance with the fire control signal to implement a unique fire disaster prevention function, the motor drive unit 110 for driving the motor (M) fire driving operation and return operation in accordance with the drive control signal and the constant power The sensing unit 120 for detecting the fire and return operation of the motor (M), including the authorization, the reception of the fire control signal, the rotation state of the motor (M), and the reception of the fire control signal The device controller 130 controls the driving of the motor M and outputs a display control signal for display on the device display unit 140 by dividing an operation state based on each detection signal transmitted from the sensing unit 120. A plurality of fire prevention apparatuses including; And
It is connected to the plurality of fire-fighting disaster prevention apparatus 100 through a wired or wireless communication network, and transmits and receives a data signal, receives and collects the display control signal and according to each display control signal collected, Fire and disaster prevention integrated system comprising a; control terminal 400 to display the operation state to display the integrated display unit 430.
The method of claim 1,
The control terminal 400,
The reference data for the fire fighting operation and the return operation, the operation reference threshold of the fire protection apparatus 100 is stored, and outputs the fire control signal based on the reference data according to the reception of the fire detection signal,
Fire fighting disaster prevention integrated system, characterized in that it comprises a device setting unit 440 for setting the operation state, the operation reference threshold of the fire fighting operation and return operation for each fire protection disaster prevention apparatus (10).
In the fire protection apparatus to implement the unique fire protection function by driving the motor (M) in accordance with the fire control signal of the control terminal 400,
A motor driving unit 110 driving the motor M in response to a driving control signal;
Rotational state of the motor control unit 122 and the fire control signal detection unit 122 to detect the fire control signal received from the control terminal 400, the regular power detection unit 121 for detecting whether the regular power is applied or not Sensing unit 120 including a motor detecting unit 123 for detecting the fire and return operation of the motor (M);
The driving control signal is output to the motor driving unit 110 according to the reception of the fire control signal to drive the motor M, and the fire fighting is performed based on each detection signal transmitted from the sensing unit 120. An apparatus control unit 130 for outputting a display control signal for distinguishing and displaying a reception state of a control signal and an operation state of the fire protection system; And
And a device display unit (140) for displaying the reception state of the fire control signal and the operation state of the fire protection system to the outside according to the display control signal of the device control unit (130).

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