KR20050011831A - System and control method for unification management of bio room - Google Patents

Abstract

PURPOSE: A bio room integrated management system and its control method are provided to maintain stable air in a number of bio rooms through difference pressure control and also to improve reliability of an experiment. CONSTITUTION: The bio room integrated management system(2) controls air pressure in a number of bio rooms(3,4,5,6). The bio room integrated management system includes a room control unit(100) controls air pressure in the bio rooms to be in a stationary state according to a set value. And a main control unit(200) receives a control signal of the room control unit and manages its control state. The room control unit includes pressure sensors(3a,4a,5a,6a) measuring air pressure in the bio room, and controllers(10,30,50,70) controlling to maintain the stationary state.

Description

Bio-room integrated management system and its control method {SYSTEM AND CONTROL METHOD FOR UNIFICATION MANAGEMENT OF BIO ROOM}

The present invention relates to a bio-room integrated management system and a control method thereof, and more particularly, to detect a difference in air pressure in a plurality of bio-rooms in real time according to a set value (SV). The present invention relates to a bioroom integrated management system and a control method of controlling the same to operate in a stationary state.

In many sectors of the modern industry, the demand for precision production processes is demanded. In particular, the international competition for bio-technology technology, which is drawing attention as a high-tech industry in the future, is getting fierce and is expected to create tremendous added value for future industries. It is becoming. On the other hand, the growing international conflicts have led to international biological terrorism using microorganisms, one of the biochemical weapons.

By the way, most laboratories in Korea and abroad who research such Bio-Technology technology (also known as rooms) require stable operation while keeping the interior and exterior shielding in perfect condition. It is a pity that no system has been developed for room differential pressure (air) control. The realization of an integrated management system that is stable and continuously controlled so that such a system can be operated unattended is even more insufficient.

As a result, pressure control of a plurality of biorooms requiring precise and stable operation is unstable, and thus the reliability of various experiments performed in such biorooms is low, and there is a conventional problem that is very unstable in terms of stability for experiments.

As a result, the control of multiple biorooms is not stable, which can lead to lethal virus infection for the experimenter, and when the virus is released to the outside, it can cause serious environmental pollution in the surrounding large areas and even nationally. There is a problem.

Therefore, in order to solve such a problem, in particular, it is possible to stably maintain the air in a plurality of bio rooms in which experiments of highly infectious viruses and bacteria are performed through differential pressure control. It is to provide a bio room integrated management system and its control method to improve the reliability and thereby increase the national competitiveness.

In addition, another object of the present invention is to detect a pressure formed differently in a plurality of bio-rooms, and a bio-room integrated management system and control method that can be stably operated in a stationary state according to a set value set To provide.

In addition, another object of the present invention to provide a bio-room integrated management system and control method that can be controlled stably and continuously unmanned after the initial startup by applying the PID control method to the differential pressure control of a plurality of bio rooms.

In addition, another object of the present invention is to transmit a signal to the terminal of the administrator through a separate server using a wired or wireless communication when an emergency situation occurs during the operation of a plurality of bio-rooms to receive and process the data received through the terminal The present invention provides a bio-room integrated management system and a control method thereof capable of quickly responding to an emergency by applying remote control.

1 is a schematic configuration diagram of a bio-room integrated management system according to the present invention.

2 is a block diagram of a bio-room integrated management system according to the present invention.

Figure 3 is a detailed configuration of the bio room integrated management system according to the present invention.

4 is a system diagram of a first bioroom controlled via the first controller of FIG.

5A is a diagram illustrating an initial screen display state of the display unit of FIG. 1.

FIG. 5B is a diagram illustrating a screen display state when the display unit of FIG. 1 is selected as a word type. FIG.

FIG. 5C is a diagram illustrating a screen display state when the display unit of FIG. 1 is selected in a graphic form.

FIG. 6 is a flowchart illustrating an operation method of the bio-room integrated management system of FIG. 1.

Explanation of symbols on the main parts of the drawings

2 .. Integrated Management System 3,4,5,6..Bio Room

3a, 4a, 5a, 6a pressure sensor 10, 30, 50, 70 controller

100..Room control means 200.Main control means

202. Power supply 206. Setting part

210. Central processing unit 220. Display unit

230. Alarm unit 240. Output unit

250. Data transmission unit 252 Data transmission and reception unit

300. Server 310. Terminal

The present invention for achieving this object is;

In the integrated bio-room management system for controlling the air pressure in a plurality of bio rooms, the integrated management system sets a preset value of the air pressure in the bio rooms. Room control means for controlling to a stationary state according to, and the main control means for receiving the control signal of the room control means and integrated management of the control state.

In addition, the room control means is installed in each of the (Bio) Room (Room), each of the pressure sensor for measuring the air pressure, the actual measurement value (PV) detected by the pressure sensor is input to the predetermined setting Comparing with the value (SV) and characterized in that it comprises a controller for controlling to maintain a stationary state (Stationary State).

In addition, the controllers are provided with a display unit for displaying the operation control state and the alarm state of the bio-room, respectively, and is further provided with a separate battery for driving the controller when the predetermined power supply is rectified and supplied It features.

In addition, the main control means is a central processing unit for the overall control of the integrated management system, and receives the output signal of the controller and transmits to the central processing unit and selectively transmits the control signal to a separate server using a wired or wireless communication A data transmission unit configured to display an output signal of the controller input to the central processing unit, a transmission / reception signal of the data transmission unit and various data, and a pressure control inside the biorooms. The controller may include an alarm unit configured as a buzzer for generating a predetermined alarm and an output unit configured as a printer for outputting a control state performed by the central processor.

In addition, the data transmission unit is made of a communication board capable of transmitting and receiving data in a wired or wireless manner, in case of an emergency to transmit the data input from the controller to the server and then to transmit the data to the terminal possessed by the administrator to check the emergency situation It is characterized in that it comprises a data transmitting and receiving unit for receiving the data through the server when the administrator transmits the data through the terminal.

In addition, the air pressure formed in the bio rooms are the same or different for each bio room, and any one of these bio rooms facilitates entry and exit of the manager. It is characterized in that the air pressure is set to zero in order to.

In addition, in the control method of the integrated bio-room management system for controlling the integrated air pressure in a plurality of bio rooms, the control method of the integrated bio-room management system is (S1) through the setting unit of the central processing unit A user inputs a set value (SV), (S2) The actual value detected by the pressure sensors of the set value (SV) input through the step (S1) and the respective air pressure formed in the bio rooms (PV) and repeating operation of comparing the set value (SV) and the deviation value (DV) with respect to the actual value (PV) in the central processing unit to continuously control in a PID method, (S3) the step (S2) Receiving real-time data during continuous control through the data transmission unit and inputting it to the central processing unit of the main control unit, and simultaneously transmitting the data to a separate external server in an emergency; (S4) the step ( Through S3) Storing the data in the central memory of the central processing unit when the data is input to the central processing unit; (S5) displaying the data stored in the central processing unit through the monitor of the display unit through the step (S4); And (S6) operating simultaneously with the step (S5), and outputting the data stored in the central processing unit by dividing the period to the printer of the output unit, (S7) from the step (S2) to step (S6) And automatically alarming through the buzzer when the air pressure reaches the alarm data set through the setting unit while the step is continuously controlled automatically.

With reference to the accompanying drawings, a bio-room integrated management system and a control method according to the present invention will be understood by the embodiments described in detail below.

1 is a schematic configuration diagram of a bioroom integrated management system according to the present invention, 2 is a block diagram of a bioroom integrated management system according to the present invention, and FIG. 3 is a detailed configuration of a bioroom integrated management system according to the present invention. 4 is a schematic diagram of a first bio room controlled by the first controller of FIG. 3, FIG. 5A is a view illustrating an initial screen display state of the display unit of FIG. 1, and FIG. 5B is a view of the display unit of FIG. 1. FIG. 5C is a diagram illustrating a screen display state when a word type is selected. FIG. 5C is a diagram illustrating a screen display state when the display unit of FIG. 1 is selected as a graphic word. FIG. Operation flowchart according to the control method of the bio room integrated management system.

According to FIG. 1, a bio room integrated management system 2 may preset air pressures in a plurality of bio rooms 3, 4, 5, and 6. Room control means 100 to be controlled to a stationary state according to a Setting-Value (SV) and a control signal of the room control means 100 to receive and control the integrated control state Main control means 200 is provided.

The room control means 100 is installed in the bio rooms 3, 4, 5, 6, respectively, and measures first, second, third, and third air pressures. 4 Pressure sensor (3a) (4a) (5a) (6a) and the actual sensor value (PV) detected through the pressure sensor (3a) (4a) (5a) (6a) is received Each of the first, second, third, and fourth controllers 10, 30, 50, and 70 for controlling the stationary state to be maintained by comparing with the predetermined set value SV Equipped.

The air pressures formed in the Bio Rooms 3, 4, 5, and 6 are the same or different for each Bio room, but these bio rooms are different. Any one of 5 sets the air pressure to zero in order to facilitate the entry and exit of the manager and to buffer positive pressure or negative pressure which are different from each other.

The main control unit 200 receives the central processing unit 210 for overall control of the integrated management system 2 and the output signal from the controllers 10, 30, 50, 70, the central processing unit. And a data transmission unit 250 for simultaneously or selectively transmitting the control signal to a separate server 300 using wired / wireless communication, and the controller 10 inputted to the central processing unit 210. Display unit 220 configured as a monitor for displaying the output signal of the (30), 50, 70, and the transmission and reception signal and the various data of the data transmission and reception unit 252 configured in the data transmission unit 250 And when the pressure control in the biorooms (3) (4) (5) (6) is maintained, the preset alarm data is set in the respective controllers (10), (30), (50), (70). Printer for outputting the control state performed in the alarm unit 230 and the central processing unit 210 composed of a buzzer to sound a predetermined alarm It is provided with an output unit 240 composed of.

2 and 3, the bio-room integrated management system will be described in more detail. The main control means 200 is configured in the central control room, and includes a setting unit 206 for setting data and each driving unit. A power supply unit 202 for supplying predetermined power to the power supply unit, a central processing unit 210 which is driven by being supplied with power of the power supply unit 202, and controls the integrated management system 2 collectively, and the central processing unit 210. A timer 204 connected to the memory 204 for providing accurate time information, a memory 208 for storing data transmitted to the central processing unit 210, and various data input and output to the central processing unit 210 and an alarm state; The display unit 220, an output unit 240 composed of a printer for outputting the various data periods, and the alarm unit 230 is composed of a buzzer to generate a predetermined alarm signal.

And, the main control means 200 is electrically connected to the central processing unit 210 receives the output signal of the controllers 10, 30, 50, 70 and transmits to the central processing unit 210 By providing a data transmission unit 250 for selectively transmitting the control signal to a separate server 300 by wire or wireless communication, integrated management is possible.

The data transmission unit 250 performs data transmission between the controllers 10, 30, 50, 70 and the central processing unit 210, and simultaneously transmits and receives the data to the outside in an emergency. It consists of a communication board that can transmit and receive data wirelessly.

The communication board is configured with a data transmission and reception unit 252 to transmit a signal to the external server 300 through the data transmission and reception unit 252, while from the outside (via a terminal) through the server 300 Will receive the data.

On the other hand, in case of emergency of the bio room integrated management system 2, the terminal 310 such as a mobile phone possessed by the administrator through the server 300 when transmitting data informing the emergency from the data transmission and reception unit 252 according to a predetermined program. ) By sending a text or voice to the administrator to check the contents, and the administrator who confirms this information receives the data from the data transmission / reception unit 252 and transmits the data through the terminal 310 in the emergency mode. You can take action.

On the other hand, the room control means 100 is a local control means for directly controlling a plurality of bio-rooms (each) responsible for the pressure control of the plurality of bio-rooms (3) (4) (5) (6) Through the controllers 10, 30, 50 and 70, stable and continuous PID control is performed. On the other hand, in the present invention is configured as four in FIG. 1 to correspond to the number of bio-rooms in one embodiment, but shown in Figure 2 configured to facilitate the description in Figure 2, the first controller is applied in Figures 3 and 4 The number of bio rooms and the number of controllers are not limited.

Hereinafter, the first controller 10 controlling the bioroom 3 will be described in detail with respect to an operation of the room control means 100 in one embodiment.

The room control means 100 receives the detection signal of the pressure sensor (3a) installed in the bio-room (3) and the first controller 10 for controlling to a stationary state (Stationary) according to the set value (SV), and The first power supply unit 12 for supplying driving power to the first controller 10, the first setting unit 14 for setting data, and the actual value PV detected by the pressure sensor 3a. And an abnormal signal when the first display unit 16 displaying the set value SV and the deviation value DV with respect to the actual value PV and the actual value PV reach preset alarm data. Recognized as having a first alarm unit 18 made of a buzzer to sound an alarm.

Each of the driving units configured in the second and third controllers 30 and 50 and the second and third controllers 30 and 50 includes the above-described first controller 10 and the first controller 10. It is configured in the same manner as each drive unit configured in the detailed description will be omitted.

Accordingly, the data transmitter 250 receives the input signals (data) of the first, second, and third controllers 10, 30, and 50 together and transmits the signals to the central processing unit 210. Will be given.

Hereinafter, the operation of the first controller will be described in detail with reference to the schematic diagram of the bioroom with reference to FIGS. 2 to 4.

First, when the user inputs the set value SV through the first setting unit 14, the actual value PV detected by the pressure sensor 3a and the deviation between these set values SV and the actual value PV. The value DV is compared by the calculation processing unit 10a of the first controller 10, and then outputted through the control signal output unit 10b after the calculation.

The control signal output unit 10b controls a fan motor M2 for driving a fan provided to supply a predetermined amount of air to the bioroom 3 and the amount of air supplied through the fan PAN. The driving signal is outputted to a damper motor M1 for driving a damper provided for the purpose.

The arithmetic processing unit 10a transmits various input / output data and setting data to the first display unit 16 including an LCD monitor, and the first display unit 16 receiving the data displays the set value SV state and the actual value. (PV) Status display, the upper limit and the lower limit and abnormal alarm status, etc. are displayed, and when the set upper limit, lower limit and abnormal alarm data is set, a predetermined alarm is generated through the buzzer configured in the first alarm unit 18.

The actual value PV of the pressure sensor 3a for measuring the pressure in the bioroom 3 is continuously fed back to the arithmetic processing unit 10a, thereby achieving stable and continuous PID control.

In addition, the second and third controllers are operated like the first controller 10 operating as described above, and the control unit receives the control signals integrally from the data transmission unit 250 to configure the central processing unit configured in the central control room ( By inputting to 210, the integrated management mode is realized.

Meanwhile, various setting values SV may be set through the setting unit 206 configured in the central processing unit 210 of the central control room, and various operation states and alarm alarms may be displayed through the display unit 220. As described above, the first, second, and third setters 14, 34, and 54 configured in the first, second, and third controllers 10, 30, and 50 configured in the local as described above. ) And the first, second, and third display units 16, 36, 56 can also set and display data.

In this manner, when the power supply is cut off and an emergency occurs, the integrated operation control mode made in the central control room is switched to the manual mode of the local, and the first, second, and third controllers 10 ( 30) (50) is continuously and stably operated, the first, second, third controllers 10, 30, 50 is a battery (not shown) to supply a separate power even if the power supply is cut off It is configured to be driven through.

Hereinafter, the screen display state of the display unit 220 configured in the central control room will be described in detail with reference to FIGS. 5A to 5C.

First, the initial screen of the display unit 220 is implemented as shown in FIG. 5A. More specifically, each of the A, B, C, and D bio rooms is shown, If you click on the corresponding box, it will be displayed separately.

When the user selects the screen display state in Word type, the screen of the character processing unit is distinguished by Bio-Room as shown in FIG. 5B to indicate the current operating state and the current room pressure and alarm condition. It is displayed and sets various set values (SV), allowable deviation, control value, alarm trigger limit value and the like through the setting key (corresponding to the setting part shown in FIG. 2).

Next, when the user selects a graphic display state, a plurality of biorooms are arranged in a flat plan on the graphic display unit, and the current operating state and alarm state are displayed here. Then, when the user clicks a predetermined key, the operation, stop, alarm status, etc. of the related functional equipment (damper, fan, etc.) are displayed on the screen.

Hereinafter, a control method of the bioroom integrated management system of the present invention will be described with reference to FIGS. 1 to 6. (FIG. 6 is a flowchart according to the control method.)

First, the control method of the bio-room integrated management system for integrated control of the air pressure in the plurality of Bio (3) (4) (5) (6);

(S1) step of inputting the set value SV by the user through the setting unit 206 configured in the central processing unit 210 (of course, each of the first, second and third controllers configured in the first, second, and third controllers). (3) Data can also be set through the setting section.)

(S2) The set value SV inputted through the step S1 and the air pressure generated in the biorooms 3, 4, 5, and 6 are respectively measured by pressure sensors 3a and 4a. In the controllers 10, 30 and 50, the actual value PV and the deviation value DV between the set value SV and the actual value PV are detected by the controllers 5a and 6a. Iteratively performing a comparison operation to control continuously by the PID method,

(S3) The real-time data during the continuous control through the step (S2) is input integrally from the data transmission unit 250 to the central processing unit 210 of the main control means 200 and at the same time the data in the emergency Transmitting to a separate external server 300 through the data transmission / reception unit 252,

(S4) if data is input to the central processing unit 210 through the step S3, storing the data in the memory 208 configured in the central processing unit 210;

(S5) displaying the data stored in the memory 208 through the monitor of the display unit 220 through the step (S4),

(S6) operating at the same time as the step (S5), and outputting the data stored in the memory (208) by separating the period to the printer of the output unit 240;

(S7) When the steps from the step S2 to the step S6 are continuously controlled automatically and the air pressure becomes the alarm data set through the setting unit 206, an alarm is generated through the buzzer of the alarm unit 220. It is made; including.

And, step (S3) is;

(S3a) transmitting the data transmitted to the server 300 in an emergency to a terminal 310 such as a mobile phone possessed by an administrator by text or voice so that the administrator recognizes the data;

(S3b) When the administrator who recognizes the emergency situation through the step (S3a) inputs data using a predetermined key provided in the terminal 310, data transmission and reception of the data transmission unit 250 via the server 300 Receiving by the unit 252; is made.

And, the step (S4) is;

(S4a) The total operation data of the bio rooms 3, 4, 5, and 6 input through the data transmission unit 250 are accumulated in the memory 208 in units of 30 minutes or 1 hour (day) Storing the data in units of

(S4b) basic storage in the memory 208 storage method of the step S4a, and storing them in the memory 208 in units of months;

(S4c) The central processing unit 210 stores the daily average, monthly average, highest value, and lowest value of data stored in the unit of days or months, which are performed through the steps S4a and S4b. Automatically calculating and storing the calculated data sequentially in the memory (208);

(S4d) The data stored in the memory 208 through the step S4c may be automatically stored on a yearly basis.

And, step (S4a) and step (S4b) is;

Computation and processing of data stored in the memory 208 in units of days or months separates the respective biorooms 3, 4, 5, 6, and stores the data. It includes the steps to make.

On the other hand, the step (S5) is;

(S5a) The driving state and the alarm state from the step (S1) to the step (S7) are displayed on the display unit 220, but the word type or graphic type displayed only in letters according to the driver's selection To be displayed as

(S5b) controlling to enable operation and control setting of the bioroom through the setting key only in the state indicated by the word type of step S5a;

(S5c) If the user clicks on a predetermined key after the graphic is selected through the step (S5a), the operation, stop, alarm status of the associated functional equipment (damper, fan, etc.) is displayed on the screen. Is done.

And, step (S6) is;

(S6a) controlling the printer of the output unit 240 so that the central processing unit 210 automatically outputs data stored in the memory 208 in units of 30 minutes or 1 hour once a day;

(S6b) if the data is transmitted to the printer of the output unit 240 through the step (S6a) to the step of outputting continuously on a paper having a predetermined size.

Finally, in case of emergency of the integrated management system;

The upper limit alarm, the lower limit alarm and the abnormal alarm occur because the power supply is not cut off or operated in the stationary state.When the power supply is cut off, the bio room integrated control operated by the automatic control in the central control room is Switch to local mode to enable manual operation.

Although the embodiments of the present invention have been described in detail as above, the scope of the present invention is not limited thereto, and the scope of the present invention extends to the range substantially equivalent to the embodiment of the present invention.

As can be seen from the above description, the integrated bio-room management system and control method according to the present invention is connected to a computer or a laboratory consisting of a plurality of rooms in real time by monitoring the monitoring of the functional equipment required for control It is easily made, and the operation of the functional equipment becomes unstable due to the malfunction, and there is an effect that can prevent the serious pollution caused inside and outside caused by this in advance.

In addition, it is possible to secure the reliability of the experiment and to facilitate the analysis of the experiment by recording and monitoring the operation of the bio room integrated management system in real time.

In addition, by monitoring the operating status in real time, it is effective to inform the manager in advance of the situation due to malfunction of the functional equipment or poor control, so that it can be the best safe operation.

In addition, there is an effect that the administrator can quickly respond to accidents by informing the situation to a separate terminal in the event of failure or emergency of the device and means of the integrated management system. By doing so, in particular, it is possible to prevent the leakage of highly infectious viruses, bacteria, biological terrorism and viruses in advance, thereby preventing the casualty of the test personnel and preventing national or local environmental pollution.

Claims (13)

In the bio-room integrated management system for integrated control of the air pressure in a plurality of bio rooms, The integrated management system; Room control means for controlling the air pressure in the bio rooms to a stationary state according to a preset setting value; Bio-room integrated management system comprising the main control means for receiving the control signal of the room control means and integrated management of the control state. The method of claim 1, The room control means includes pressure sensors that are respectively installed in the bio rooms to measure air pressure; Integrated bio-room management, characterized in that the controller receives the actual measured value (PV) sensed through the pressure sensors to compare with a predetermined set value (SV) to maintain a stationary state (Stationary State) system. The method of claim 2, Each of the controllers is provided with a display unit for displaying an operation control state and an alarm state of the bio-room, and further includes a separate battery for driving the controller when a predetermined power supply is interrupted and supplied. Bio room integrated management system. The method according to claim 1 or 2, The main control means includes a central processing unit for overall control of the integrated management system; A data transmission unit which receives the output signals of the controllers and transmits them to the central processing unit and selectively transmits the control signals to a separate server using wired or wireless communication; A display unit configured to display an output signal of the controller input to the central processing unit, a transmission / reception signal of the data transmission unit, and various data; An alarm unit configured to buzzer to sound a predetermined alarm when the preset alarm data is generated in the controllers while the pressure control inside the bio rooms is maintained; Bio-room integrated management system, characterized in that it comprises an output unit consisting of a printer for outputting the control state performed in the central processing unit. The method of claim 4, wherein The data transmission unit is made of a communication board capable of transmitting and receiving data by wire or wirelessly, in case of emergency, transmits the data inputted from the controllers to the server, and then transmits the data to a terminal possessed by an administrator so that the emergency situation can be confirmed. And a data transmission / reception unit receiving the data through the server when the manager transmits data through the terminal. The method of claim 1, The air pressures formed in the bio rooms are the same or different for each bio room, and any one of these bio rooms is used to facilitate the entry and exit of the manager. Bio-air integrated management system, characterized in that the air pressure is set to zero (Zero). In the control method of the integrated bio-room management system for controlling the air pressure in the plurality of bio (Room), The control method of the bio room integrated management system; (S1) a user inputting a setting value SV through the setting unit of the central processing unit; (S2) The actual value PV and the set value SV and the actual value of detecting the set value SV inputted through the step S1 and the air pressure formed in the bio rooms through the respective pressure sensors. Continuously performing comparison operation of the deviation value DV with respect to the PV in the controllers and continuously controlling the PID in a PID manner; (S3) receiving real-time data while being continuously controlled through the step (S2) integrated into the central processing unit of the main control means while receiving the integrated data from the data transmission unit and transmitting the data to a separate external server in an emergency; (S4) storing the data in a memory configured in the central processing unit when data is input to the central processing unit through the step (S3); (S5) displaying the data stored in the memory through the monitor of the display unit in the step (S4); (S6) operating at the same time as the step (S5), and outputting the data stored in the memory by separating the period to the printer of the output unit; (S7) when the steps from the step (S2) to step (S6) is automatically controlled at the same time and the air pressure is set to the alarm data set through the setting unit for generating an alarm through a buzzer; Control method of integrated bio-room management system. The method of claim 7, wherein Step (S3) is; (S3a) transmitting the data transmitted to the server in an emergency to a terminal possessed by an administrator by text or voice so that the administrator recognizes the data; (S3b) if the administrator recognizes the emergency situation through the step (S3a) to receive data using a predetermined key provided in the terminal via the server to be received by the data transmission unit; Control method of integrated bio-room management system. The method of claim 7, wherein The step (S4) is; (S4a) accumulating the total operation data of the biorooms input through the data transmission unit in the unit of 30 minutes or 1 hour and storing them in units of days; (S4b) basic storage by the memory method of the step (S4a), so as to be stored separately in the month unit (Mon) unit; (S4c) The central processing unit automatically calculates the daily average, monthly average, maximum value, and minimum value of the data stored by dividing the data into the unit of day or month through the steps S4a and S4b. Accumulating the calculated data sequentially in the memory to store the calculated data; (S4d) The control method of the integrated bio-room management system, characterized in that the data stored through the step (S4c) comprises the step of automatically storing on a yearly basis. The method of claim 9, Steps S4a and S4b include the step of computing and processing data stored in the unit of days or months to distinguish the respective bio rooms so that the data is stored. Control method of the bio-room integrated management system, characterized in that made The method of claim 7, wherein The step (S5) is; (S5a) displaying the driving state and the alarm state from the step (S1) to the step (S7), and displaying it in the form of a word (Word) displayed only in letters or a graphic type displayed in a picture according to the driver's selection; ; (S5b) controlling to enable operation and control setting of the bioroom through the setting key only in the state indicated by the word type of step S5a; (S5c) If the user clicks on a predetermined key after the graphic is selected through the step (S5a), the operation, stop, alarm status of the associated functional equipment (damper, fan, etc.) is displayed on the screen. Control method of a bio-room integrated management system, characterized in that made. The method of claim 7, wherein The step (S6) is; (S6a) controlling the printer of the output unit such that the central processing unit automatically outputs data stored in the memory in units of 30 minutes or 1 hour once a day; (S6b) if the data is transmitted to the printer of the output unit through the step (S6a) to be output continuously on a paper having a predetermined size; control method of the integrated bio-room management system comprising a. The method of claim 7, wherein The bio-room integrated management system is characterized in that when the power supply is cut off to enter the emergency mode, the control method is controlled to be manually operated by switching from the automatic mode that was operated in the central control room to the local mode. Control method of bio room integrated management system.