KR20050030657A - System for preventing the harmful insect of architecture and method thereof - Google Patents

Abstract

A prevention system and method of the breeding and extermination of harmful insects is provided to automatically jet a predetermined amount of a prevention medicine by use of jetting units installed at predetermined places of a building. The prevention system and method of the breeding and extermination of harmful insects include a prevention medicine storing portion(100) for storing a predetermined amount of a prevention medicine, a prevention medicine providing portion(200) for sucking and discharging outside the prevention medicine, a prevention medicine transporting portion(300) for transporting the prevention medicine to predetermined places of a building, a prevention medicine jetting portion(400) installed at predetermined places of a building to jet medicine transmitted by the prevention medicine transporting portion, and a controller(500) for storing information on the operation interval and time of the providing portion(200) and transmitting driving control signals to suck the medicine to the providing portion(200).

Description

System for preventing the harmful insect of architecture and method

The present invention relates to an automatic control system for a building and a method thereof, and more particularly, to automatically control a building chemical spraying a control agent corresponding to a predetermined quantitative value for control of a building through a spraying means installed at a predetermined place of the building. A control system and method thereof are provided.

In addition, the present invention relates to an automatic control system for a building and a method for automatically spraying the control agent through the spraying means installed in a predetermined place of the building based on the pressure information of the spraying means detected through the sensing means for the control of the building It is about.

Insects such as cockroaches, rats, ants, and mosquitoes living in buildings or buildings, not only destroy buildings and facilities, but also disgust the dweller or transmit various germs or pathogens to the dwellers of the building. It provided a cause for the transmission of various diseases.

Conventionally, in order to prevent pests living in a building as described above, a resident living in each building sprays a control solution for preventing pests by hand on his or her house or performs a Japanese-made control on a building where the resident lives. In order to control pests living in buildings.

However, when the pests are individually controlled by the occupants at the predetermined place of the building, there is a problem that the pests are not able to maximize the effectiveness of the control by moving to the place of residence of another occupant through the predetermined gap formed in the building. .

In addition, there was also a problem that the control agent did not remain in the building for a long time enough to remove the pests, and thus could not effectively exterminate the pests of the building because the intermittent control of the building was performed intermittently.

In addition, the conventional building control system was considerably inefficient and prevented by dismantling at the time after the pest appeared, and also accompanied by a lot of inconvenience. In other words, the time when the pest is identified by the naked eye means that a large number of pests are already hiding inside and outside the building. Therefore, control of pests requires extra time, expense, and effort. Esau, even if controlled, had a limit to complete eradication.

In order to solve the above problems, the present invention provides an automatic control system for a building to control a building by automatically spraying a control agent corresponding to a predetermined quantitative value through a spraying means installed at a predetermined place of the building; To provide that method.

In addition, the present invention is an automatic control system for a building to control the building by automatically spraying the control agent through the ejection means installed in a predetermined place of the building based on the pressure information of the ejection means detected through the sensing means and its To provide a way.

Automatic control system for buildings according to an embodiment of the present invention for achieving this object, the control agent storage unit for storing a predetermined control agent; The control agent is connected to the control agent storage unit through a pipe, and in response to a predetermined control value stored in the control agent storage unit in association with a driving control signal applied from the outside, inhaling a predetermined control value, and then discharging it to the outside. Control drug supply; A control agent delivery unit configured to transfer a predetermined control agent discharged quantitatively from the control agent storage unit by the control agent supply unit to a predetermined position of a building; A control agent ejecting unit arranged at a predetermined position of a building to eject a predetermined control agent transmitted from the control agent transporting unit; And transmitting the driving control signal to the control agent supplying unit based on driving information such as a predetermined interval and an operating time corresponding to the quantitative value of the control agent ejected from the control agent spraying unit. Characterized in that configured to include a control unit.

Automatic control system for buildings according to another embodiment of the present invention, the control agent storage unit for storing a predetermined control agent; A control agent supply unit connected to the control agent storage unit through a pipe and inhaling a predetermined control agent stored in the control agent storage unit based on a control signal applied from the outside and discharging it to the outside; A control agent delivery unit for transferring a predetermined control agent discharged from the control agent storage unit by the control agent supply unit to a predetermined position of a building; A control agent ejecting unit arranged at a predetermined position of a building to eject a predetermined control agent transferred from the control agent transporting unit; A detection unit for detecting whether a reference pressure for ejecting a predetermined control agent transferred through the control agent delivery unit is set in the control agent injection unit; And storing the reference pressure information set in the control drug ejection unit required to eject the control agent, and when the detection signal below the set reference pressure is input from the sensing unit, ejects the control agent to the control agent supply unit. And a control unit which transmits a driving control signal for transmitting a stop control signal for stopping the ejection of the control agent to the control agent supplying unit when a detection signal equal to or greater than the set reference pressure is input from the detection unit. It is done.

In addition, the automatic control method of the building according to an embodiment of the present invention, to set the drive information such as the operation interval and the operating time of the control agent supply unit for supplying a predetermined control agent quantitatively to the control agent injection unit to the control unit First step; A second step of transmitting, by the control unit, a driving control signal to the control agent supplying unit in association with preset driving information; A third step of inhaling a predetermined quantified control agent stored in the control agent storage unit based on the driving control signal in the control agent supply unit; A fourth step of discharging a predetermined quantified control agent sucked from the control agent storage unit in the control agent supply unit to the control agent delivery unit; A fifth step of transferring the control agent quantified by the control agent delivery unit to the control agent ejecting unit installed at a predetermined position of the building; And a sixth step of ejecting the predetermined quantitative control agent transferred from the control agent ejecting unit through the control agent transporting unit to a predetermined place of the building.

According to another embodiment of the present invention, an automatic control method for a building includes: a first step of setting, in a control unit, reference value pressure information required by a control agent spray unit to eject a predetermined control agent; A second step of receiving pressure information on the control medicine ejection unit sensed by the sensing unit in the control unit; A third step of comparing, by the control unit, pressure information of the control drug ejection unit with the reference value pressure information; A fourth step of determining, by the control unit, whether or not the pressure information of the control drug ejection unit exceeds the reference value pressure information based on the comparison result of the third step; A fifth step of stopping the control agent inhalation from the control agent storage unit by transmitting a stop control signal from the control unit to the control agent supply unit when the pressure information exceeds the reference pressure information as a result of the determination of the fourth step; ; A result of injecting a predetermined control agent stored in the control agent storage unit by transmitting a driving control signal from the control unit to the control agent supply unit when the pressure information does not exceed the reference value pressure information as a result of the determination in the fourth step; 6 steps; A seventh step of discharging a predetermined control agent sucked from the control agent storage unit in the control agent supply unit to the control agent delivery unit; An eighth step of transferring the control agent discharged from the control agent supplying unit in the control agent supplying unit to the control agent ejecting unit installed at a predetermined position of a building; And a ninth step of ejecting the control agent transferred from the control agent spraying unit through the control agent transporting unit to a predetermined place of the building.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the automatic control system and method of the building according to the present invention.

First, referring to Figures 1 and 2 will be described in detail the configuration and operation of the automatic control system for buildings according to an embodiment of the present invention.

1 is a block diagram of an automatic control system for a building according to an embodiment of the present invention, Figure 2 is a flow chart of the automatic control method for a building according to an embodiment of the present invention.

The automatic control system for a building according to the present invention is a control program which is configured to control a predetermined control agent, for example, a control agent for killing ants, cockroaches, mosquitoes, etc. in a building such as a building under construction or a previously built building. As quantitatively sprayed to a predetermined place of the building based on, as shown in Figure 1, the control agent storage unit 100, the control agent supply unit 200, the control agent delivery unit 300, the control agent spray unit 400 and the control unit 500 are configured.

Here, the control agent storage unit 100 separately stores and stores the control agent for controlling one or more types of control agents, for example, ants, cockroaches, mosquitoes, etc., which are inhabited in a building, in a case of a kit, Based on the driving of the control agent supply unit 200 connected through the supply of the control agent of the quantitative control agent supply unit 300.

Control drug supply unit 200 is configured to be connected to the control agent storage unit 100 through the pipe, and stored in the control agent storage unit 100 in conjunction with a drive control signal applied from the control unit 500 to be described later A predetermined control agent is sucked based on preset quantitative data and discharged to the control agent delivery unit 300 described later, and more specifically, a pump.

The control agent delivery unit 300 transfers the control agent discharged quantitatively from the control agent supply unit 200 to the control agent ejection unit 400 installed at a predetermined place of the building, and is more specifically configured as a pipeline. .

Here, the position where the pipeline constituting the control agent delivery unit 300 is installed is formed in the place where the sewage / excellent piping for the building is formed or a general living space.

In addition, the type, number and thickness of the pipelines constituting the control agent delivery unit 300 may be increased or decreased according to the size or use of the building, independently or in combination with the exterior or floor, wall, ceiling, etc. of the building. Is installed.

The control agent spraying unit 400 is installed in a predetermined place of the building, more specifically, a place where sewage / water drainage pipes are formed, an exterior of the building or a general living space, a wall, a ceiling, and the like, and the control agent transporting unit 300. The predetermined control agent transported through is quantitatively ejected to a predetermined place of the building as described above.

Here, the control agent spray unit 400 may be classified into a spray type, a residual type and a fumigation type based on the ejection form for a predetermined control agent transferred through the control agent transport unit 300.

The control unit 500 drives information such as an interval and an operating time for the control agent supplying unit 200 in order to quantitatively eject a predetermined control agent through the control agent spraying unit 400. Receives and stores it in a predetermined storage medium (not shown).

Thereafter, the control unit 500 inhales a predetermined amount of the control agent from the control agent storage unit 100 by transmitting a predetermined drive control signal to the control agent supply unit 200 based on preset driving information. It is discharged to the control drug delivery unit 300.

Hereinafter, an automatic control method of a building according to an embodiment of the present invention will be described in detail with reference to FIG. 2.

First, the control unit 500 operates an interval and an operating time for the control agent supplying unit 200 input by the user in order to quantitatively supply a predetermined control agent to the control agent spraying unit 400. Drive information is stored in a predetermined storage medium (S100).

Thereafter, the control unit 500 transmits a control signal for quantitatively inhaling a predetermined control agent from the control agent storage unit 100 to the control agent supply unit 200 based on driving information stored in a predetermined storage medium. (S200).

As described above, when the control signal for inhaling the control agent quantified from the control unit 500 from the control agent storage unit 100 is input, the control agent supply unit 200 is the control agent storage unit 100 Inhaled predetermined control agent quantified from the (S300).

Subsequently, the control agent supplying unit 200 controls the control agent transporting unit 300 connected to the control agent spraying unit 400 installed at a predetermined place of the quantitated predetermined control agent inhaled from the control agent storage unit 100 at a building. By discharging to the control agent is transferred to the control agent jet unit 400 (S400).

As described above, when a predetermined control agent quantified through the control agent transporting unit 300 is transferred, the control agent ejection unit 400 is a building in which the control agent ejection unit 400 is quantified. It is ejected to a predetermined position of (S500).

Hereinafter, the configuration and operation of the automatic control system for a building according to another embodiment of the present invention will be described in detail with reference to FIGS. 3 and 4.

3 is a block diagram of the automatic control system of the building according to another embodiment of the present invention, Figure 4 is a flow chart of the automatic control method of the building according to another embodiment of the present invention.

First, with reference to Figure 3 will be described in detail the configuration and operation of the automatic control system for buildings according to another embodiment of the present invention.

The automatic control system for a building according to another embodiment of the present invention detects whether or not a reference value pressure for ejecting the control agent is set in the ejecting means through a predetermined sensing means, As shown in Figure 3, the control agent is automatically ejected to a predetermined position of the building through the ejection means, as shown in Figure 3, the control agent storage unit 100, the control agent supply unit 200, the control agent delivery unit 300, Control drug injection unit 400, the control unit 500 and the sensing unit 600 is configured to include.

Here, the control agent storage unit 100, as described in the automatic control system of the building according to an embodiment of the present invention as described above, separately stored in the case of one or more control agents in the form of a kit, Based on the driving of the control agent supply unit 200 connected through the pipe, a predetermined control agent is supplied to the control agent transfer unit 300.

Control drug supply unit 200 is configured to be connected to the control agent storage unit 100 through the pipe, and stored in the control agent storage unit 100 in conjunction with a drive control signal applied from the control unit 500 to be described later A predetermined control agent is sucked and discharged to the control agent delivery unit 300, which will be described later, and more specifically, a pump.

The control agent delivery part 300 transfers the control agent discharged from the said control agent supply part 200 to the control agent spray part 400 provided in the building at the predetermined place, More specifically, it is comprised by the pipeline.

Here, the control agent transporting unit 300 is the same as the contents described in the automatic control system for buildings according to an embodiment of the present invention as described above, detailed description thereof will be omitted.

The control agent spraying unit 400 is installed in a predetermined place of the building, more specifically, a place where sewage / water drainage pipes are formed, an exterior of the building or a general living space, a wall, a ceiling, and the like, and the control agent transporting unit 300. Spraying the predetermined control agent to be delivered to the predetermined place of the building as described above, the spray type, the residual type based on the ejection form for the predetermined control agent transferred through the control agent transporting unit 300 And the fumigation type.

The control unit 500 receives the reference value pressure data of the control agent spray unit 400 for ejecting a predetermined control agent through the control agent spray unit 200 and stores the reference pressure data in a predetermined storage medium.

Subsequently, when the current pressure measurement value for the control drug injection unit 400 is input from the sensing unit 600 to be described later, the control unit 500 may input the pressure measurement value of the control agent injection unit 400 and the pressure measurement unit. It is determined whether the pressure measurement value of the control drug ejection unit 400 exceeds the reference value pressure data by mutual comparison with the set reference value pressure data.

At this time, when the pressure measurement value of the control drug injection unit 400 exceeds a predetermined reference pressure data, the control unit 500 sends a stop control signal for stopping the injection of the control agent to the control drug supply unit 200 It transmits and stops spraying control agent from control agent storage part 100. FIG.

However, when the pressure measurement value of the control agent spray unit 400 does not exceed a preset reference pressure data, the control unit 500 transmits a drive control signal for ejecting the control agent to the control agent supply unit 200. After performing the ejection of the control agent from the control agent storage unit 100, and then transferred to the control agent injection unit 400 through the control agent transporting unit 300 to eject the control agent to a predetermined portion of the building.

The detection unit 600 determines whether or not the reference pressure for ejecting a predetermined control agent transmitted through the control agent delivery unit 300 is set in the control agent injection unit 400 and the control agent delivery unit 300. It consists of a pressure sensor for sensing, and transmits the pressure values for the control agent drug ejection unit 400 and the control agent drug delivery unit 300 detected by the pressure sensor to the control unit 500.

Hereinafter, an automatic control method of a building according to another embodiment of the present invention will be described in detail with reference to FIG. 4.

First, the control unit 500 stores the reference pressure information of the ejecting means input by the user in a predetermined storage medium in order to eject the predetermined control agent through the ejecting means (S100).

Then, when the pressure information for the control drug injection unit 400 is input through the detection unit 600 consisting of a predetermined pressure sensor (S200), the control unit 500 is input through the detection unit 600 After comparing the pressure information of the control agent spray unit 400 and the reference value pressure information stored in the storage medium (S300), whether the pressure information of the control agent spray unit 400 exceeds the reference pressure information Determine (S400).

As a result of the determination in step S400, when the pressure information of the control agent jet unit 400 exceeds the reference pressure information, the control unit 500 may determine a predetermined control agent stored in the control agent storage unit 100. The stop control signal for preventing inhalation is transmitted to the control drug supply unit 200 (S500).

When the stop control signal is input from the control unit 500 as described above, the control agent supplying unit 200 stops suction of a predetermined control agent from the control agent storage unit 100 to prevent the control agent ejecting unit ( Supplying the control agent for 400) is stopped (S600).

However, when it is determined in step S400 that the pressure information of the control agent spray unit 400 does not exceed the reference pressure information, the control unit 500 stores a predetermined amount stored in the control agent storage unit 100. The driving control signal for inhaling the control agent is transmitted to the control agent supply unit 200 (S700).

As described above, when the driving control signal is input from the control unit 500, the control agent supplying unit 200 is installed at a predetermined place of the building with a predetermined control agent suctioned from the control agent storage unit 100. It is discharged to the control drug delivery unit 300 is connected to the control drug injection unit 400 (S800).

As described above, when a predetermined control agent is transferred through the control agent delivery unit 300, the control agent spray unit 400 may move a predetermined control agent to a predetermined position of a building in which the control agent spray unit 400 is installed. Eject (S900).

As described above, according to the automatic control system and method of the building according to the present invention, quantitatively calculate the control agent for the control of the building, and automatically calculates the supply time of the control agent through the sensing means to control the control agent By ejecting to a predetermined position of the building, by automatically controlling the pests parasitic to the building to effectively protect the building and residents and provide an effect that can reduce labor costs.

Herein, although the present invention has been described with reference to the preferred embodiments, those skilled in the art will variously modify the present invention without departing from the spirit and scope of the invention as set forth in the claims below. And can be changed.

1 is a block diagram of an automatic control system of a building according to an embodiment of the present invention.

Figure 2 is a flow chart illustrating a method for automatic control of the building according to an embodiment of the present invention.

Figure 3 is a block diagram of the automatic control system of the building according to another embodiment of the present invention.

Figure 4 is a flow chart illustrating a method for automatic control of buildings according to another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

100: control drug storage unit

200: control drug supply unit

300: drug delivery unit

400: control drug jet part

500: control unit

600: detector

Claims (11)

A control agent drug storage unit for storing a predetermined control agent; A control agent connected to the medicine storage unit through a pipe and inhaled a predetermined control medicine stored in the control medicine storage unit in response to a predetermined quantitative value in association with a driving control signal applied from the outside, and then discharging it to the outside Drug supply; A control agent delivery unit configured to transfer a predetermined control agent discharged quantitatively from the control agent storage unit by the control agent supply unit to a predetermined position of a building; A control agent ejecting unit arranged at a predetermined position of a building to eject the control agent transmitted from the control agent transporting unit; And Storing driving information such as an operation interval and an operating time for the control agent supplying unit, which is set in correspondence with the quantitative value of the control agent ejected from the control agent spraying unit, and based on the driving information Control unit for transmitting a drive control signal for inhaling the quantified control agent from the control agent storage unit to the control agent supply unit Automatic control system for buildings, characterized in that configured to include. Control agent storage unit for storing a predetermined control agent; A control agent supply unit connected to the control agent storage unit through a pipe and inhaling a predetermined control agent stored in the control agent storage unit based on a control signal applied from the outside and discharging it to the outside; A control agent delivery unit for transferring a predetermined control agent discharged from the control agent storage unit by the control agent supply unit to a predetermined position of a building; A control agent spraying unit disposed at a predetermined position of a building to eject a predetermined control agent transferred from the base drug transfer unit; A sensing unit for detecting whether a reference pressure for ejecting a predetermined control agent conveyed through the control agent delivery unit is set in the control agent injection unit and the control agent delivery unit; And After storing the reference pressure information set in the control agent ejection unit required to eject the control agent, when the detection signal below the set reference pressure is input from the sensing unit to eject the control agent to the control agent supply unit A control unit for transmitting a driving control signal for transmitting the stop control signal for stopping the ejection of the control agent to the control agent supplying unit when a detection signal of the predetermined reference pressure or more is input from the detection unit; Automatic control system for buildings, characterized in that configured to include. The method according to claim 1 or 2, The control agent storage unit is an automatic control system for a building, characterized in that configured to store at least one type of control agent at the same time to separate. The method according to claim 1 or 2, And the control agent supplying unit is a pump that sucks a predetermined control agent from the control agent storage unit and discharges it to the control agent transporting unit. The method of claim 2, The sensing unit is an automatic control system for a building, characterized in that the pressure sensor. The method according to claim 1 or 2, Automatic control system for a building, characterized in that the control agent delivery unit consisting of a pipeline. The method of claim 6, The control agent transporting unit is an automatic control system for a building, characterized in that installed independently or in combination at the place, the floor, wall, ceiling, etc. of the building and sewage / excellent piping is formed. The method of claim 6, The type, number and thickness of the pipelines constituting the control agent transporting unit is increased or decreased depending on the size or use of the building. The method according to claim 1 or 2, The control drug spray unit is used in the spray type, residual type and fumigation type according to the ejection form for the predetermined control agent conveyed from the control agent transporting unit automatic control system for buildings. A first step of setting driving information such as an operation interval and an operating time of the control agent supplying device for quantitatively supplying a predetermined control agent to the control agent ejecting device; A second step of transmitting, by the control unit, a driving control signal to the control agent supplying unit in association with preset driving information; A third step of inhaling a predetermined quantified control agent stored in the control agent storage unit based on the driving control signal in the control agent supply unit; A fourth step of discharging a predetermined quantified control agent sucked from the control agent storage unit in the control agent supply unit to the control agent delivery unit; A fifth step of transferring the control agent quantified by the control agent delivery unit to the control agent ejecting unit installed at a predetermined position of the building; And A sixth step of ejecting a predetermined quantified control agent transferred from the control agent ejection unit through the control agent transporting unit to a predetermined place of a building; Automatic control method of the building, characterized in that configured to include. A first step of setting, in the control unit, reference value pressure information required by the control agent spray device to eject a predetermined control agent; A second step of receiving pressure information on the control medicine ejection unit sensed by the sensing unit in the control unit; A third step of comparing, by the control unit, pressure information of the control drug ejection device with the reference value pressure information; A fourth step of determining, by the control unit, whether or not the pressure information of the control drug ejection unit exceeds the reference value pressure information based on the comparison result of the third step; A fifth step of stopping the control agent inhalation from the control agent storage unit by transmitting a stop control signal from the control unit to the control agent supply unit when the pressure information exceeds the reference pressure information as a result of the determination of the fourth step; ; When the pressure information does not exceed the reference value pressure information as a result of the determination in the fourth step, the control means transmits a driving control signal to the control medicine supply unit to inhale a predetermined control medicine stored in the control medicine storage unit. Sixth step; A seventh step of sucking a predetermined control agent from the control agent storage unit in the control agent supply unit and then discharging it to the control agent transfer unit; An eighth step of transferring the control agent discharged from the control agent supplying unit in the control agent supplying unit to the control agent ejecting unit installed at a predetermined position of a building; And A ninth step of spraying the control agent transferred from the control agent spraying unit through the control agent transporting unit to a predetermined place of a building; Automatic control method of the building, characterized in that configured to include.