KR20080098275A - Interactive system of walking pest trap and its operation method - Google Patents

Abstract

The interactive control system of the cockroach trap which can transmit / receive information bidirectionally between a remote control center and a cockroach trap, and can control in real time is disclosed. The interactive system of the cockroach trap is provided so that the cockroach trap and the control center that are remote from each other transmit and receive information with each other, and receive the first information detected by the sensor provided in the cockroach trap from the control center and correspond to the first information. And transmitting the second information to the cockroach trap, and receiving the second information, the cockroach trap is organically provided to generate a control signal accordingly and to control the cockroach trap in real time. Therefore, while the cockroach trap and the control center are located separately at a remote location, there is an advantage of enabling organic and efficient remote real-time management and control.

Description

INTERACTIVE SYSTEM FOR COCKROACH TRAP AND OPERATING METHOD OF THE SAME}

1 is a perspective view showing a conventional cockroach trap.

Figure 2 schematically shows an interactive system of a cockroach trap according to the present invention.

3 is an exploded perspective view of a cockroach trap according to an embodiment of the present invention.

4 is a bottom view of the cover part shown in FIG. 3.

5 is a block diagram showing the configuration of an interactive system of a cockroach trap according to the first embodiment of the present invention.

6 is a flowchart illustrating a method of operating an interactive system of a cockroach trap.

7 is a block diagram illustrating an interactive system of a cockroach trap according to a second embodiment of the present invention.

8 is a flowchart illustrating a method of operating an interactive system of a cockroach trap according to a second embodiment of the present invention.

9 is a flow chart generally showing the flow and generation of the first information, the second information and the control signal according to an embodiment of the present invention.

Figure 10 is the F4 stage shown in Figure 9 to generate the first information (S _i) is the second information (A _ij), and said control signal (C _ij) in the case of breaking copper information (S ₁₎ of the pest And a flowchart describing step F7.

11 is the first information (S _i) is the in the case of the (S ₂₎ access information of the intrusion pest shown in Figure 9 to generate the second information (Aij) and the control signal (Cijk) F4 step and It is a flow chart explaining the step F7.

Figure 12 is the F4 stage shown in Figure 9 to generate the first information (S _i) from invading insect pesticide consumption information (S ₃₎ and the second information (A _ij), and said control signal (C _ij) in the case of And a flowchart describing step F7.

Figure 13 is the F4 stage shown in Figure 9 to generate the first information (S _i) is the second information (A _ij), and said control signal (C _ij) in the case of capturing population information (S ₄₎ of the pest And a flowchart describing step F7.

Figure 14 is the first information (S _i) an internal luminance information (S ₆₎ of the F4 stage and F7 shown in the Figure 9 to generate the second information (A _ij), and said control signal (C _ij) if A flowchart describing the steps.

A 15 is shown in Figure 9 to generate the first information (S _i) is the cockroach trap within said second information (Aij) and the control signal (Cijk) when the external humidity information (S ₇₎ of It is a flow chart explaining the steps F4 and F7.

Figure 16 is an F4 of FIG. 8 to generate the first information (S _i) is the second information (Aij) and the control signal (Cijk) for cockroach traps within, when the outside temperature information (S ₈₎ And a flowchart describing step F7.

Figure 17 is the F4 stage shown in Figure 9 to generate the first information (S _i) is sticky and the second information (A _ij), and said control signal (C _ijk) when the residual replacement period information (S ₉₎ And a flowchart describing step F7.

Figure 18 is the first information (S _i) a non-information (S ₁₂₎ of the F4 stage and F7 step shown in Figure 9 to generate the second information (A _ij), and said control signal (C _ij) if Is a flow chart that describes.

19 is the first information (S _i) a cover portion opening and closing information (S ₁₃₎ of the F4 stage shown in Figure 9 to generate the second information (A _ij), and said control signal (C _ij) and if It is a flow chart explaining the step F7.

Figure 20 is the first information (S _i), the battery voltage information (S ₁₄₎ of the F4 stage and F7 shown in the Figure 8 to generate the second information (A _ij), and said control signal (C _ijk) if A flowchart describing the steps.

Figure 21 is the F4 stage and F7 step shown in Figure 9 to generate the first information (S _i), a memory information and the second information (Aij) and the control signal (Cijk) in the case of (S ₁₅₎ This is the flowchart described.

Figure 22 is the first information (S _i), the software version information (S ₁₆₎ of the F4 stage and F7 shown in the Figure 8 to generate the second information (A _ij), and said control signal (C _ijk) if A flowchart describing the steps.

Figure 23 is the first information (S _i) to check information (S ₁₇₎ of the F4 stage and F7 step shown in Figure 9 to generate the second information (A _ij), and said control signal (C _ijk) if Is a flow chart that describes.

24 is the first information (S _i) is the operating state information (S ₁₈₎ of the second information (Aij) and the F4 stage and F7 of FIG. 8 to generate the control signal (Cijk) if Is a flow chart that describes.

25 is a block diagram showing an interactive system of a cockroach trap according to a third embodiment of the present invention.

FIG. 26 is a flowchart illustrating a method of operating an interactive system of a cockroach trap shown in FIG. 25.

<Explanation of symbols for main parts of the drawings>

100: cockroach trap 101: main body

102: cover 103: sticky

104: entrance 105: door part

110: sensor 120: first transmission unit

130: microprocessor 140: controller

150: additional module 151: display unit

153: Speaker unit 155: Light emitting diode

157: attractant 159: insecticide

161: memory unit 162: download means

163: battery 166: communication module

169: heat transfer member 180: second receiving unit

190: Trap control unit 195: Input unit

200: control center 210: first receiving unit

250: control unit 260: server unit

290: second transmission unit 300: communication network

400: concentrator 410: first transmitting and receiving unit

420: storage unit 425: universal serial bus

430: second transmitting and receiving unit 450: numerical input

The present invention relates to an interactive system of a cockroach trap and a method of operating the same, and more particularly, to a cockroach trap having a cockroach trap, a sensor, a first transmitting unit, a second receiving unit, and a trap control unit. A control unit having a receiving unit, a control unit, and a second transmitting unit and remotely separated from the cockroach trap, is capable of transmitting and receiving information between the cockroach trap and the control center through a communication network, and accordingly, a remote control center. The present invention relates to an interactive system of a cockroach trap and a method of operating the same that can collect and control information of the cockroach trap.

As the economy develops, living standards are gradually improving, and pests that have been overlooked in the past are now becoming a vigilant point for everyone. However, due to industrialization or industrialization, a large amount of waste is generated, and accordingly, pests are increasing.

In the present specification, the term "roach" is a generic term for walking pests that harm humans and livestock, and the types of walking pests commonly seen in confined spaces such as homes or offices are typically cockroaches, dust trimmers, ants, and ticks. , Centipede and so on. These pests are devouring food and textiles, causing considerable damage to life. The feces also carry pathogens that are harmful to the body. In recent years, such pests are increasing due to the polluted environment, the pest removal is a big problem. Therefore, homes, businesses or communities are trying to get rid of pests in various ways.

In addition, the term "capture" in the present specification is to be used as a generic concept for killing, attracting and capturing the cockroach.

Conventionally, there are a number of mechanisms for removing cockroaches, but the most commonly used among them are as follows.

To get rid of cockroaches in a typical home, people put them in a dish or sealed box of medicine and place them in a place or aisle where many cockroaches gather. Alternatively, the cockroach trap may be disposed on a movement path such as a cockroach, and an attractant may be disposed to attract the cockroach. Alternatively, sprays may be sprayed directly onto pests such as cockroaches, or saturated in the air to inhal or kill the pests.

A method of capturing the cockroaches by sticking a sticky box in a generally closed box among the above-described methods is the most commonly used. Here, the conventional cockroach trap will be described as follows.

1 is a perspective view briefly showing a conventional cockroach trap.

As shown therein, the cockroach trap 10 generally includes a body portion 11 constituting a space for capturing the cockroach, a cover portion 12 covering the body portion 11, and a sticky substance for capturing the cockroach. 13 and the plurality of entrances and exits 14 provided to enter and exit the cockroach.

In addition, the control center located at a remote site visits the location where the cockroach trap 10 is installed at regular intervals to determine whether there is an abnormal state of the cockroach trap 100 or whether the sticky 13 is consumed. Such cockroach traps are generally possible to be widely used in factories, homes, schools and buildings.

However, the conventional cockroach trap has the following problems.

Firstly, the information collected from the cockroach trap cannot be grasped in real time in the control center located at a remote location, and thus the cockroach trap cannot be controlled in real time according to changes in environment or information.

Secondly, even after all the stickies of the cockroach trap are consumed, the control center does not recognize the fact that the waste is consumed, and thus, there is a problem that effective pest capture is not easy.

Third, there is a problem that the control center does not grasp if the information is not visited separately, such as operation state information indicating whether the cockroach trap is operating properly, various kinds of pests or changes, and timing of invasion. .

Fourth, since the capture time of the pests captured in the cockroach trap can not be grasped, it is not possible to grasp the main activity time of the pests, there is a problem in that it is not easy to build a database for the pests.

Fifth, since the internal and external temperatures of the cockroach trap are not grasped in real time, there is a problem that a risk of a safety accident such as a fire is caused.

Sixthly, since the cockroach trap is unable to determine the humidity and illuminance during the operation of the cockroach trap, the cockroach does not have a preferred environment or there is a risk of a safety accident such as a short circuit or a fire caused by the cockroach.

Seventh, even if the cockroach trap is malfunctioning, the remote site does not know this fact, so it is not easy to process quickly, and the control staff who inspect the cockroach trap regularly visit the place where the cockroach trap is installed. There is a problem that can not identify the problem until.

Eighth, since it is not possible to determine in real time the status of various consumables such as insecticides and attractants provided in the cockroach trap, there is a problem that it is not known when to replace the consumables.

Ninth, the replacement of the sticky should be carried out at regular intervals, or when the pests are caught at a certain level. There is a problem that because of the high cost structure is implemented.

Tenth, even if the user of the cockroach trap confirms that an abnormality has occurred in the cockroach trap and contacts the person who performs the control, the person who performs the control does not grasp the exact cause of the abnormality in the remote control center. After the first visit to the place where the cockroach trap is installed, there is a problem that the abnormality must be identified and processed, or the abnormality must be solved through the second visit.

Eleventh, in addition to the information of pests captured in the cockroach trap, various information such as environmental information of the place where the cockroach trap is installed can not be obtained in real time, and thus can not be utilized for research on the cockroach trap. There is a problem that cannot be reflected in the design of the cockroach trap.

One object of the present invention for solving the above problems is to sense the information collected in the cockroach trap in real time and to transmit to the control center to retransmit the corresponding information, receive it in the cockroach trap and control accordingly The present invention provides an interactive system of a cockroach trap that generates signals and controls the environment in real time, and a method of operating the same.

Still another object of the present invention is to provide an interactive system for cockroach traps and a method of operating the same so as to grasp in real time the amount of stickiness provided in the cockroach trap and to replace them in a timely manner.

It is another object of the present invention to provide an interactive system of a cockroach trap and a method of operating the cockroach trap which can grasp information such as operation state information of a cockroach trap, a kind or change of a captured pest, and an invasion time in a remote control center in real time. have.

Still another object of the present invention is an interactive system of cockroach traps and a method of operating the same, which makes it easy to construct a database for pests by grasping the capture time of the pests captured in the cockroach traps in real time and identifying the main activities of the pests. In providing.

Another object of the present invention, by detecting the internal and external temperature of the cockroach trap in a remote control center in real time to generate a fire alarm to control the cockroach trap in real time to reduce safety accidents, cockroach preferred It is to provide an interactive system of the cockroach trap that can be provided with an environment and its operating method.

Another object of the present invention, while the cockroach trap is operating in the remote control center grasps the illumination and humidity of the place where the cockroach trap is installed to generate humidity change information, high humidity information and doorway blocking information to generate the cockroach The present invention provides an interactive system of a cockroach trap and a method of operating the same, which can prevent a short circuit of the trap and also control the cockroach in a real time to have a preferred environment.

Still another object of the present invention is to check in real time whether the cockroach trap is in abnormal operation to identify the problem without visiting the control staff to check the cockroach trap, thereby controlling the cockroach trap The present invention provides an interactive system of cockroach traps and an operation method thereof.

Still another object of the present invention is to identify the status of various consumables such as insecticides and attractants provided in the cockroach trap in real time to determine the replacement and charging time of the consumables or to control the cockroach trap interactive system And to provide a method of operation thereof.

Still another object of the present invention is an interactive system of a cockroach trap and a method of operating the cockroach trap which can identify a problem in real time when a user of the cockroach trap confirms that an abnormality has occurred in the cockroach trap and contacts the person performing the control. In providing.

Still another object of the present invention is to obtain a variety of information, such as environmental information of the place where the cockroach trap is installed in addition to the information of the pests trapped in the cockroach trap to facilitate the use in research on the cockroach trap better cockroach The present invention provides an interactive system for cockroach traps and a method of operating the same that can be reflected in the design of the trap.

Still another object of the present invention, a plurality of cockroach traps are generally installed, in this case, the cockroach trap interactive system that can remotely manage a plurality of cockroach traps without the visitor periodically visits the cockroach trap and It provides a method of operation thereof.

Still another object of the present invention is to provide a relatively inexpensive short range communication means to the plurality of cockroach traps, and to equip the concentrator collecting information of the plurality of cockroach traps with a relatively long distance communication means. The present invention provides an interactive system of cockroach traps and an operation method thereof at low cost.

According to a preferred embodiment of the present invention for achieving the above objects of the present invention, an interactive system of a cockroach trap includes a cockroach trap for catching a wheel and a control center remotely located apart from the cockroach trap. Here, the cockroach trap generates a control signal according to at least one sensor for collecting first information, a first transmitting unit for transmitting the first information, a second receiving unit for receiving second information, and the second information. And a trap control unit, wherein the control center includes a first receiving unit for receiving the transmitted first information, a control unit for generating second information according to the received first information, and transmitting the second information. And a second transmitting unit.

The cockroach trap and the control center transmit and receive the first information and the second information using at least one of a wired or wireless communication network, and the communication network includes a local area network (LAN), a wide area network (WAN), and a public telephone network ( PSTN, Packet Switched Network (PSDN), Asymmetric Digital Subscriber Line (ADSL), Integrated Services Network (ISDN), Code Division Multiple Access (CDMA) and Ethernet (ETHERNET).

The sensor may include at least one of an optical sensor, a pressure sensor, a temperature sensor, a wind pressure sensor, a humidity sensor, a proximity sensor, an infrared area sensor, an electric resistance sensor, and a capacitance sensor, and the sensor may include the cockroach trap. It is preferably provided in at least one of the inner, outer or adjacent positions of the.

The cockroach trap may include a display unit for displaying text information and image information, and the display unit may include at least one of an LCD, an LED, or an organic electroluminescence display (OELD). It is preferably configured to include.

In addition, the cockroach trap preferably further comprises a communication module provided to send a short message to the user.

Here, the first information, the first information is consumable information including the internal and external environmental information of the cockroach trap, pest information of pests trapped in the cockroach trap, the remaining amount of consumables and the remaining replacement cycle provided in the cockroach trap And unit information for units provided in the cockroach trap.

Here, the second information and the control signal according to the first information will be described as follows.

First, the pest information may include at least one or more of infestation line information, access information, pesticide intake information, capture population information and capture area information of the pest. Here, the cockroach trap further comprises a door portion for opening and closing the door, the door portion is preferably provided to enable the control of the opening and closing.

First, if the first information is the copper wire information of the pest, and if the second information is the main entrance opening information corresponding to the intrusion movement information of the pest, the control signal according to this is the second information is the main entrance opening information In this case, the door closing signal of the entrance that does not correspond to the copper wire.

In addition, the access information preferably includes the access pest type, pest access timing, access pest population and the main access direction.

Here, the first information is the access information, the second information is the first processing information or the preset sensor operation cycle including the average entrance and exit time of the entrance pest, the cumulative number of entrance pests and the population change rate and the history of access pest changes And when the average access period is different for a preset period, the sensor operation period change information is at least one, and the control signal according to the user may use the first processing information when the second information is the first processing information. If the short message is a signal sent by communication to the communication, and the second information is sensor operation cycle change information, it is a current change signal for changing the operation cycle of the sensor.

Next, if the first information is the pesticide intake information, and the second information is the third processing information including the estimated insect pest capture amount, the control signal is the second information if the second information is the second processing information. Preferably, the processing information is a signal for sending a short message by communicating with the user.

Next, the first information is the capture population information, and when the second information is more than the predetermined capture population, the sticky information is the replacement information. Accordingly, the control signal may be a light or sound replacement information signal.

The first information may be capture area information, and the second information may be sticky replacement information when the capture information is larger than or equal to a predetermined capture area. The control signal corresponding thereto may be the case where the second information is sticky replacement information. Sticky replacement information signal with light or sound.

Here, the environmental information preferably includes at least one of illuminance, temperature and humidity information.

The first information is illuminance information inside the cockroach trap, the second information is the entrance block information when the predetermined illuminance or more, and the control signal is closed the preset door portion when the second information is the entrance block information It is preferably a signal.

The first information may be internal and external temperature information of the cockroach trap, and the second information may be fire information when the preset first temperature value is greater than or equal to the preset first temperature value. In the case of information, at least one of a forced power cutoff signal, a signal to contact the fire department, a fire alarm generation signal by light or sound, and a short message sent by communication to the user.

In addition, the first information is internal and external temperature information of the cockroach trap, the second information is overheating information when the predetermined second temperature value or more and less than the predetermined first temperature value, the control signal accordingly When the second information is overheating information, it is preferable that the second information is at least one signal of performing a cooling operation, a forced power off signal, and an overheating information display signal by light or sound.

The first information may be internal and external temperature information of the cockroach trap, and the second information may be low temperature information when the temperature is less than or equal to a preset third temperature value. In this case, the control signal may include the low temperature information. In the case of, it is preferable that it is a temperature rising signal.

The first information is internal and external humidity information of the cockroach trap, and the second information is high humidity information when the external humidity is greater than or equal to a preset humidity, and humidity change information when the internal humidity is less than or equal to a preset humidity. desirable. In this case, the control signal is at least one signal of the high humidity notification display and a short circuit occurrence alarm with light or sound when the second information is high humidity information, and the humidity rising signal when the second information is humidity change information. Is preferably.

The cockroach trap may further include a sticky agent for trapping the walking pest, an attractant for attracting the walking pest, and an insecticide for killing the walking pest.

Here, the consumable information preferably includes at least one or more of the remaining replacement cycle information of the sticky, the remaining amount of the attractant and pesticide and the remaining replacement information.

First, the first information is at least one of the remaining amount or the remaining replacement cycle information of the attractant and the pesticide, the second information is below the predetermined attractant, pesticide residual amount reference or residual replacement cycle corresponding to the first information, respectively When at least one of the conditions is satisfied, it is preferable that the attractant replacement information and the insecticide replacement information, respectively.

The first information may be sticky replacement information, and the second information may be sticky replacement information when the second information is less than or equal to a predetermined replacement cycle.

The cockroach trap further includes a main unit, a cover unit for opening and closing the main unit, a camera for collecting vision information with the sensor, and an input unit for inputting inspection information including an inspection date, an inspection date, an inspector, and inspection details. desirable.

The cockroach trap may further include a memory unit for storing the first information and a setting value of the cockroach trap, and a power supply battery for supplying power to the cockroach trap.

Preferably, the unit information includes vision information, cover opening / closing information, battery voltage information, memory information, software version information, check status and remaining check cycle information, and operation state information.

Here, first, the first information is vision information, and the second information is preferably third processing information obtained by accumulating and processing the vision information, and the control signal corresponding to the second information is third processing information. In this case, the third processing information is a short message sending signal to the user.

The first information may be cover part opening / closing information, and the second information may be cover part opening information when the cover part is opened while the cockroach trap is in operation, and the control signal may be When the second information is the cover part opening information, it is at least one signal of an open alarm signal by light or sound or a cover part opening alarm sending signal by a short message to the user.

Next, the first information is memory information, and the second information is memory saturation information when the predetermined amount of memory is less than or equal to a predetermined amount of memory. The first information stored in the unit is transmitted to the control center and stored in at least one signal of memory delete request or memory download request indication by light or sound.

Here, when the control signal is a memory erase stored after the first information stored in the memory unit is transmitted to the control center, the information stored in the memory unit is preferably deleted in the order of time stored first.

The first information is voltage information of a battery, and the second information is at least one of low voltage alarm, battery replacement information, or battery charging information when the reference value is less than or equal to a preset reference value. In the case of the low voltage alert or battery replacement information, the low voltage alert indication signal in light or sound, the battery replacement signal in light or sound, respectively, and when the second information is battery charge information, it is preferable that the battery charge signal.

The first information is software version information, and when the second information is less than or equal to the current software version, the software information is preferably software upgrade information. At this time, the control signal is more preferably a software upgrade signal when the second information is software upgrade information.

Next, the first information is inspection information, and the second information is a case in which the inspection of the first information is negative or the inspection is possible and the number of days after the inspection is preset. If it is greater than or equal to the inspection interval, it is preferable to have the inspection alarm.

In this case, when the second information is a check alarm, the control signal may be at least one signal of a check schedule notification signal or a check time remind signal by light or sound to the user as a short message.

Next, the first information is operation state information, and the second information is abnormal operation information when the cockroach trap is abnormally operated, and the control signal corresponding thereto is abnormally operated by the second information. In the case of information it is a light or sound abnormal operation notification signal.

Preferably, the control unit produces third information independent of the first information, and the third information is transmitted and received by the second transmitting unit to the second receiving unit.

Here, firstly, the third information may be information for changing a predetermined setting value of the cockroach trap, and secondly, the third information may be at least one of video or audio information.

In this case, the video or audio information may be at least one of advertisement information or guide information, and the guide information may be at least one of pest guide information, hygiene information, virus information, or weather forecast.

In addition, the sensor is a camera for collecting vision information, the cockroach trap preferably further comprises an analysis module for analyzing the vision information to produce a vision analysis information in the form of a character.

In addition, the cockroach trap further includes a memory unit for storing the first information, the vision information is stored in the memory unit, the vision analysis information is more preferably transmitted to the control center.

In addition, the control center preferably further comprises a server unit for storing the first information and the second information.

Here, when a plurality of cockroach traps are provided, the concentrator further includes a concentrator, wherein the concentrator includes a first transmitting and receiving unit for transmitting and receiving the first information and third information for changing setting values of the second information and the cockroach trap. And a second transmission / reception unit for transmitting and receiving the first, second and third information between the cockroach trap and the control center via the concentrator.

In this case, the concentrator may further include a storage unit for storing the first information, and the concentrator may be configured to download the first information stored in the storage unit to the outside. And a numerical inputter capable of externally inputting fourth information for changing a predetermined setting value, wherein the fourth information is transmitted to the cockroach trap by the second transmitting and receiving unit to change the preset setting value of the cockroach trap. It is also possible.

The cockroach trap may further include a memory unit that stores the first information and setting values of the cockroach trap, and the first information and the setting value stored in the memory unit are provided to be downloadable to the outside. Do.

According to a preferred embodiment of the present invention for achieving the above object of the present invention, a method of operating an interactive system of a cockroach trap is a sensing step of collecting first information through a sensor provided in the cockroach trap, the first information In accordance with the first transmission step for transmitting the first to the separate control center located remotely from the cockroach trap, the first receiving step for receiving the first information in the control center, according to the received first information in the control center A first generation step of generating second information, a second transmission step of transmitting the second information to the cockroach trap, a second reception step of receiving the second information from the cockroach trap, and the received second information. And generating a control signal to control the cockroach trap.

The sensing step may further include acquiring vision information through the sensor, collecting vision information through the sensor, and analyzing the vision information to obtain vision analysis information as the first information.

The first transmitting step may further include a first storing step of storing the first information, and the first generating step includes a second storing step of storing the first and second information in a server. It is more preferable to further include.

The first generation step further includes a second generation step of producing third information independent of the first information, wherein the second transmission step and the second reception step respectively transmit and receive the third information. Preferably, the method may further include a step of changing the setting value of the cockroach trap according to the third information.

The sensing step may further include an input step of inputting check information including whether the cockroach trap is checked, a check date, a checker, and check contents, and the first information further includes check information.

When the cockroach trap is provided with a plurality of cockroach traps in the interactive system of the cockroach trap may further include a concentrator.

The first transmitting step further includes a plurality of cockroach traps, and transmitting the first information sensed by the plurality of cockroach traps to a concentrator, wherein the first receiving step comprises the first at the concentrator. And transmitting the first information to the control center and receiving the first information at the control center. The second transmitting step may include a plurality of the cockroach traps, transmitting the second information transmitted from the control center and third information for changing a setting value of the cockroach trap and the concentrator. More preferably, the method further includes receiving second and third information and transmitting the second and third information to the plurality of cockroach traps.

Accordingly, the control step may further include changing the setting value of the cockroach trap according to the third information.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the present invention is not limited or limited by the embodiments. For reference, in the following description, elements that can be treated identically in terms of configuration and function are almost the same and can be specified by the same reference numerals.

My Example 1

Referring to the interactive system of the cockroach trap according to the first embodiment of the present invention. 2 is a schematic diagram illustrating an interactive system of a cockroach trap according to an embodiment of the present invention.

As shown in Figure 2, the cockroach trap interactive system is a cockroach trap 100 installed in the school 20, factory 30, home 40, etc. information to the control center 300 through the communication network 200 And the control center 300 receives the transmitted information, and transmits the generated information back to the cockroach trap 100 using the communication network 200 and the cockroach trap 100 transmits the information. Received information.

3 to 5 illustrate the interactive system of the cockroach trap in more detail. First, Figure 3 is an exploded perspective view of a cockroach trap according to an embodiment of the present invention, Figure 4 is a bottom view of the cover portion shown in FIG.

For reference, a description of the same or similar configuration as that of the conventional cockroach trap shown in FIG. 1 will be omitted, and a description of a commonly used configuration will be omitted and will be described as necessary.

As shown therein, the cockroach trap 100 includes a capture unit 90, a sensor 110, a first transmission unit 120, a second reception unit 180, a trap control unit 190, and an additional module ( 150).

The capture unit 90 includes a main body 101, a cover 102, a sticky 103, an entrance 104, and a door 105.

The door part 105 is provided to enable the opening and closing of the entrance and exit 104, and is provided to enable the opening and closing control by the trap control unit 190.

Description of the capture unit 90 not mentioned above is similar to the conventional cockroach trap shown in Figure 1 will be omitted.

The sensor 110 includes a camera 111, an optical sensor, a pressure sensor, a temperature sensor, a wind pressure sensor, a humidity sensor, a proximity sensor, an infrared area sensor, an electric resistance sensor, and a capacitive sensor. In the present embodiment, but is provided as being provided inside the cockroach trap, but is not limited to or limited to this, it is also possible to transmit and receive information through the wireless or wired communication network spaced apart from the cockroach trap 100 or a predetermined distance apart. Do.

The additional module 150 includes a display unit 151, a speaker unit 153, a light emitting diode (LED) 155, an attractant 157, an insecticide 159, a memory unit 161, and a power supply battery 163. ), The communication module 166, the heat transfer member 168 and the humidifying member 169.

The display unit 151 is formed of a liquid crystal display (LCD) to display text and image information under the control of the trap control unit 190, but is not limited or limited to, for example, a plurality of controllable The light emitting diode (LED) may be disposed or provided as an organic EL (OELD), or may include two or more kinds.

In addition, the speaker unit 153 and the light emitting diode 155 are provided by the trap control unit 190 to display a warning with a preset warning sound or voice signal and light.

The attractant 157 receives a pheromone agent or feces as the attractant to attract pests to the cockroach trap 100. In addition, the insecticide 159 includes, but is not limited to or limited to, at least one pesticide of inorganic pesticides, organophosphorus agents, organic chlorine agents, and natural insecticides commonly used to kill the attracted pests.

For example, in general, the insecticide slows the temporary movement of the attracted pests rather than the means of killing the pests so that the pests are trapped in the sticky 103 or not walked in the sticky 103. Pests return to habitat for killing.

The memory unit 161 is generally provided to store information, and has a download means 162 to download the information to the outside. The download means 162 is provided in the form of a universal serial bus (USB), but is not limited or limited thereto. For example, the download means 162 may be provided to download to the outside through an infrared communication standard (IRDA).

The battery 163 is provided to supply power to the cockroach trap 100, and the battery 163 is formed to be rechargeable, but is not limited thereto. The battery 163 may be omitted and directly alternated with AC. It is also possible to connect to a power source.

The communication module 166 is controlled by the trap control unit 190, the communication module 166 is provided to send a short message to the user to communicate the content indicated by the trap control unit 190 do.

In the present embodiment, the attractant 157 and the insecticide 159 are provided at the same time, but the present invention is not limited thereto or limited thereto. For example, the attractant 157 and the insecticide 159 may be omitted. It is also possible to attract the cockroach by providing the preferred humidity and temperature for the cockroach.

The heat transfer member 168 is provided on the upper surface of the cover portion 102 in the form of a coil. The heat transfer member 168 is provided to increase the temperature inside the wheelworm trap 100 by a control signal of the trap control unit 190. In the present embodiment, the heating member 168 is presented as a heating wire, but is not limited or limited thereto. For example, the heating member 168 may be provided with a heater to increase the temperature by generating heat or to increase the temperature by connecting to a home appliance. It is possible.

In addition, in the present exemplary embodiment, the heat transfer member 168 is disposed on the upper surface of the cover portion 102, but the present invention is not limited thereto or limited thereto. For example, a heating wire may be disposed on the bottom surface of the main body portion 101. It is also possible to include the heat transfer member 168 arranged in the.

The humidifying member 169 is provided to supply moisture to the inside of the cockroach trap 100, and may be provided to open and close a tank containing water in general, but is not limited or limited thereto. It is also possible to supply moisture to the interior of the cockroach trap 100 by supplying water through an automatic injection device capable of injection control.

5 is a block diagram showing the configuration of an interactive system of a cockroach trap according to the first embodiment of the present invention.

As shown here, the cockroach trap interactive system includes a sensor 110, a first transmitting unit 120, a first receiving unit 210, a control unit 250, a second transmitting unit 290, a second receiving The unit 180, the trap control unit 190 and the communication network 300 for transmitting and receiving information of the cockroach trap 100 and the control center 200 is included, the sensor 110, the first transmission unit ( 120, the second receiving unit 180 and the trap control unit 190 is provided in the wheel bee trap 100, the first receiving unit 210, the control unit 250, the second transmitting unit 290 ) Is provided in a separate control center 200 remote from the cockroach trap 110.

The sensor 110 is disposed inside, outside and adjacent to the cockroach trap 100, the sensor 110 is the inside of the cockroach trap 100 and the cockroach trap 100 according to each characteristic, External information is collected, and the information is called first information. A description of the first information will be described later with reference to FIGS. 9 to 200.

The sensor 110 is an optical sensor for detecting ultraviolet intensity or illuminance, pressure sensor, thermistor, thermocouple, temperature sensor such as mymetal, wind pressure sensor, humidity sensor, capacitive sensor, high frequency oscillation type sensor, hall sensor and electrical resistance At least one of a proximity sensor such as a sensor, an infrared area sensor, an acceleration sensor, and a current change detection sensor may be used, and may be used in combination as necessary, but is not limited thereto.

The first transmitting unit 120 uses a transmitter commonly used to transmit the first information collected by the sensor 110 to the control center 200 located at a remote location. The transmitter generally refers to a device that amplifies electric power by converting a signal, that is, voice, music, image or telegraph code, data, etc. into an electric signal, and sends out a radio wave or an electric cable in the form of electric current. In this embodiment, it refers to an apparatus for transmitting through the communication network (300).

The transmitted first information is received by the first receiving unit 210 provided in the control center 200, and the control unit serves to produce second information according to the received first information. do. A receiver commonly used as the first receiving unit 210 may be used, but is not limited thereto. For example, a device for receiving a signal of a transmitter used as the first transmitting unit may be used. Any form is possible.

In addition, the control unit 250 is a known microprocessor is used, the second transmitting unit 290 serves to transmit the second information to the cockroach trap 100, the second receiving unit ( 180 serves to receive the transmitted second information. In addition, the trap control unit 190 serves to generate a control signal for controlling the cockroach trap 100 in accordance with the second signal.

The trap control unit 190 may generally use a commercially available microprocessor, and the control signal produced by the trap control unit 190 will be described later with reference to FIGS. 9 to 200.

The communication network 300 includes a local area network (LAN), a broadband communication network (WAN), a public switched telephone network (PSTN), a packet switching network (PSDN), an asymmetric digital subscriber line (ADSL), an integrated communication network (ISDN), and code division multiple access ( CDMA) and at least one of Ethernet (ETHERNET), and generally includes a combination of code division multiple access and Ethernet, but is not limited thereto or limited thereto. For example, the communication network 300 may be It is also possible to combine three or more network types.

A method of operating an interactive system of a cockroach trap according to a first embodiment of the present invention will be described with reference to FIG. 6. 6 is a flowchart illustrating a method of operating an interactive system of a cockroach trap.

As shown in the drawing, first, the first information detected by the sensor 110 provided in the cockroach trap is collected (P01).

Next, the first information is transmitted by the first transmission unit 120 provided in the cockroach trap 100 to the control center 200 located at a remote location (P02).

Next, the first receiving unit 210 provided in the control center 200 receives the first information (P03), and the second information according to the first information received from the control unit 250 To generate (P04).

Next, the second information is transmitted to the cockroach trap 100 again by the second transmitting unit 290 (P05).

Next, the second receiving unit 180 provided in the cockroach trap 100 receives the second information (P06), and the trap control unit 190 generates a control signal according to the second information. (P07).

Next, by controlling the cockroach trap 100 according to the generated control signal (P08), the interactive system of the cockroach trap is operated.

My 2 Example

7 shows an interactive system of a cockroach trap according to a second embodiment of the present invention. For reference, for the convenience of description, the same reference numerals refer to the same components as in the first exemplary embodiment of the present invention shown in FIG. 5, and thus will not be described separately.

As shown therein, the interactive system of the cockroach trap includes a sensor 110, a microprocessor 130 including a trap control unit 190, a first transmitting unit 120, a memory unit 161, and a second receiving unit. (180), the cockroach trap 100 having a controller 140, the cockroach trap 100 is remotely located apart from the first receiving unit 210, the control unit 250, the second transmitting unit 290 ), The control center 200 including the server unit 260 and the communication network 300.

The input unit 195 provided in the cockroach trap 100 is a control staff inspecting, repairing and replacing the cockroach trap 100 of the cockroach trap 100 in a process of checking the cockroach trap 100. It is provided for inputting inspection information including inspection status, inspection date, inspector and inspection details, and is generally provided in the form of a keypad, but is not limited thereto or limited thereto. For example, radio frequency identification (RFID, radio) It is also possible to be provided so that the check information can be input in the form of a contactless form, a remote controller or a universal serial bus (USB) through the frequency identification.

The memory unit 161 may store information collected by the sensor 110 and inspection information input by the input unit 195, and may store setting information of the cockroach trap 100. To be provided. In addition, the information stored in the memory unit 161 may be provided to be downloaded from the outside through the universal serial bus, and the inspection information is included in the first information.

The controller 140 controls the cockroach trap 100 according to a control signal produced by the trap control unit 190, and the controller 140 includes the door part 105 and the display unit 151. ), The speaker unit 153, the light emitting diodes (LED, 155), the communication module 166, the memory unit 161 and the humidifying member 169 and the like are provided to control the devices provided in the cockroach trap (100) A detailed description thereof will be described later with reference to FIGS. 9 to 200 along with the first information and the second information.

The control unit 250 produces third information independent of the first information, and the third information is transmitted and received by the second transmitting unit 290 to the second receiving unit 180.

The third information includes at least one of information, voice information, or video information for changing a pre-stored setting value of the memory unit 161.

When the third information is audio or video information, the cockroach trap 100 may post the audio and video information through the display unit 151 or the light emitting diode 155 and the speaker unit 153. Controlled. Here, the image information is at least one of advertisement or guide information, the guide information includes general pest information, hygiene information, periodic inspection notification information and weather information such as typhoon, heavy rain, dry and gust warning, advisory.

Here, the display unit 151 is presented as a liquid crystal display (LCD), but is not limited or limited thereto. For example, a plurality of controllable light emitting diodes (LEDs) or organic ELs (OELD) may be used. It may be configured to include at least one or more, and may be configured to include a CRT.

  In the present embodiment, a method of transmitting and receiving the third information through the communication network 300 is provided, but is not limited thereto. For example, after downloading the third information from the control unit 250, The voice and video information is posted by the display unit 151 and the speaker unit 153 provided in the cockroach trap 100 through a method that the person performing the control inputs the cockroach trap 100. The information for changing the preset value stored in the cockroach trap 100 may change the preset value of the cockroach trap 100.

The server unit 260 serves to store the first information received by the first receiving unit 210 and the second information produced by the control unit 250, and is commonly used microcomputer. Storage is used to store data in electromagnetic form so that the processor can access it.

A method of operating an interactive system of a cockroach trap according to a second embodiment of the present invention will be described with reference to FIG. 8 as follows. 8 is a flowchart illustrating a method of operating an interactive system of a cockroach trap according to a second embodiment of the present invention.

As shown in the figure, first, a sensing step (P11) for detecting the first information detected by the sensor 110 provided in the cockroach trap. In this process, it may be via the microprocessor 130 including the trap control unit 190, so that the first information is processed into a form that is easy to transmit in the first transmission unit 120 And it is possible to be modified.

In addition, in the sensing step P11, the sensor is a camera 111 (see FIG. 4), and collects vision information through the camera, and analyzes the vision information to produce vision analysis information (not shown). It is also possible to include and the first information may further include the vision information and the vision analysis information.

Here, the camera is generally sensed by photographing the sticky (103 (see Fig. 3) provided in the cockroach trap 100, and accordingly, the non-interpretation information is captured pest population information grasping the population of the pest being captured) And THRESHOLD information, but the present invention is not limited thereto or limited thereto. It is also possible to grasp the type of pest captured by the sticky 103. For example, vision information sensed by the camera 111 (see FIG. 3) may be processed and transformed into text information and included as the first information.

In addition, in the sensing step P11, the first information may further include check information input from the input unit 195.

Next, a first storage step of storing the first information in the memory unit is performed (P12).

Next, the first information is transmitted by the first transmission unit 120 provided in the cockroach trap 100 to the control center 200 located at a remote location (P13).

Next, the first receiving unit 210 provided in the control center 200 receives the first information (P14), and stores the first information in the server unit 260 (P141).

Next, a first generation step P15 of generating second information according to the first information received from the control unit 250 is performed. Here, the second information is stored in the server unit 260 (P151).

Next, the second information is transmitted to the cockroach trap 100 again by the second transmitting unit 290 (P17).

Next, the second receiving unit 180 provided in the cockroach trap 100 receives the second information (P18).

Next, the trap control unit 190 generates a control signal according to the second information (P19).

Next, by controlling the cockroach trap 100 by the controller 140 according to the generated control signal (P20), the interactive system of the cockroach trap is operated.

In the first generation step (P15), the control unit 250 may further include a second generation step (not shown) for producing third information independent of the first information. Accordingly, similarly to the method of transmitting and receiving the second information, the second transmitting unit 290 transmits the third information to the cockroach trap 100, and the second receiving unit 180 transmits the third information. Receives information to change the setting value previously stored in the memory unit 161 provided in the cockroach trap 100, the audio and video information and the speaker unit 153 provided in the cockroach trap 100 It is posted on the display unit 151.

In addition, in the method of operating the interactive system of the cockroach trap, the steps are not operated one-time, but are always operated while the cockroach trap 100 is operated or are operated at regular intervals, but are limited or limited thereto. For example, for example, the result of the cockroach trap 100 controlled by the control signal is retransmitted to the control center 200 to analyze the result to change the sensing period in the cockroach trap 100. It is also possible.

The first information, the second information corresponding to the first information, and the control signal according to the second information according to an embodiment of the present invention will be described below. For convenience of explanation, the first information, the second information, and the control signal will be described first with Table 1, and then each will be described in detail.

Table 1 showing the first information and the second information is as follows.

First information ( S _i ) Second information ( A _ij ) Control signal ( C _ijk ) Pest information Intrusion line information Main Gate Opening Information Doorway Closed Signal Access Information (by Gate) First Processing Information Send short message to user Sensor operation cycle change signal Current change signal Insecticide Intake Second Processing Information Send short message to user for 2nd processing information Capture Population Information Sticky Replacement Information Sticky replacement information signal with light or sound Capture Area Information Sticky Replacement Information Sticky replacement information signal with light or sound Environmental information Internal illuminance information Doorway Blocking Information Closed signal of preset door Internal / External Humidity Information Humidity change information Humidity rise signal High humidity alarm High humidity reminder signal by light or sound Possible leakage signal Internal / External Temperature Information Fire Information Forced Power Off Signal Contact signal to fire department Fire alarm signal by light or sound Send short messages to users by communication Overheating Information Cooling work Forced Power Off Signal Overheat information display signal by light or sound Low temperature information Temperature rise signal Supplies Information Sticky Remaining Replacement Cycle Information Sticky Replacement Information Sticky replacement reminder signal by light or sound Attractant level information and remaining replacement cycle information Attractant Replacement Information Attractant replacement reminder signal by light or sound Pesticide Level Information and Remaining Replacement Cycle Information Insecticide Replacement Information Insecticide replacement reminder signal by light or sound Unit information  Vision Information Third Processing Information Send short message to user for 3rd processing information  Cover opening and shutting information Cover Opening Information Cover open alarm signal by light or sound Signal to open cover part with short message to user Battery voltage information Low voltage alarm Low voltage alarm signal by light or sound Battery replacement information Battery replacement signal by light or sound Battery charge information Battery charge signal Memory information Memory saturation information Delete stored memory after sending the first information to the control center Memory download request indication by light or sound Software version information Software upgrade information Software upgrade signal Inspection and remaining inspection cycle information Check alarm Notify users of the schedule in a short message Signal reminder when checking by light or sound Operational Status Information Abnormal operation information Malfunction notification signal by light or sound

Here, Table 1 shows a display corresponding to each of the second information (A _ij) and its control signal (C _ijk) according to corresponding to the first information (S _i). As described in Table 1, according to each first information, second information A _ij is generated according to a predetermined reference, and according to each second information A _ij , a plurality of control signals C _ijk It is also possible to generate, but is not limited or limited to this, the control signal (C _ijk ) may be equivalently changed or replaced according to the equipment provided in the cockroach trap.

Said control signal corresponding to the first information (S _i) with the first information (S _i) and the second information (A _ij) and the second information (A _ij) in accordance with the gathered from the sensor 110 ( C _ijk ) is expressed as a function of Equation 1.

이다.

to be.

Here, the second information (A _ij) may be represented as a function that is determined by by the flow and processing of the first information (S _i) to be described later to the first information (S _i), said control signal (C _ijk) also it can be expressed as a function of the second information (a _ij), which is determined by the second information (a _ij).

Hereinafter, the relationship between each of the first information, the second information, and the control signal described in Table 1 will be described. Hereinafter, the flow and processing procedures of the first information and the second information described may be commonly applied to the first and second embodiments.

First, FIG. 9 is a flow chart generally showing flow and generation of first information, second information, and a control signal according to an embodiment of the present invention.

Thus As shown, it transmits first the first information (S _i) collected and (F1), the first information (S _i) to the next (F2).

And then, it receives the first information (S _i) (F3).

Next, according to the first information (S _i ) to produce a second information (A _ij ) (F4).

Next, the second information A _ij is transmitted (F5) and received (F6).

Next, a control signal C _ijk is generated according to the received second information A _ij (F7), and the cockroach trap is controlled according to the control signal C _ijk (F8).

For reference, the F1, F2, F6, F7 and F8 steps are executed in the cockroach trap 100, and the F3 to F5 steps are executed in the control center 200, as shown by the dotted line.

Here, the step (F4) of producing the second information (A _ij ) corresponding to the first information (S _i ) to generate the control signal (C _ijk ) accordingly shown in Table 1 Each case is described as follows.

For reference, for convenience of description, the F5 and F6 are the steps of transmitting the second information from the control center and receiving the cockroach trap regardless of the first and second information. Will be omitted.

Figure 10 is the F4 stage shown in Figure 9 to generate the first information (S _i) is the second information (A _ij), and said control signal (C _ij) in the case of breaking copper information (S ₁₎ of the pest And a flowchart describing step F7.

As shown in FIG. 1, first, the intrusion traffic line information S ₁ is compared with a preset doorway identification number D ₀ (601).

Next, the second information A ₁₁ is generated as the main entrance opening information according to the main entrance number corresponding to the intrusion line information S ₁ (602).

Next, in operation 603, the control signal C _11k corresponding to the second information A ₁₁ is generated as an out-of-line gate blocking signal C ₁₁₁ .

11 is the first information (S _i) is the in the case of the (S ₂₎ access information of the intrusion pest shown in Figure 9 to generate the second information (Aij) and the control signal (Cijk) F4 step and It is a flow chart explaining the step F7.

As shown in FIG. 1, first, the access information S ₂ is accumulated (611).

Here, the access information includes the access pest type, the access time of the pest, the access pest population and the main access direction.

Next, the access information S ₂ is processed to generate first processing information A _{21 using} the second information (612). Here, the first processing information includes the access pest average main entrance time, the access pest cumulative population and the population change rate and the access pest change history.

Next, according to the access information (S ₂ ), the average access period (AIC) for a predetermined period is calculated (613).

Next, the predetermined sensor operation period (SMC) and the average access period (AIC) for a predetermined period of time is compared (614), if the operation period (SMC) and the average access period (AIC) is different sensor operation period The change information A ₂₂ is generated (615), and if it is the same, the process moves to step F5.

Next, according to the control signal C _21k corresponding to the second information A _2j , the first processing information is sent to the user as a short message, the signal C ₂₁₁ and the current change signal for changing the sensor operation cycle ( C ₂₂₁ or 616, or a signal C ₂₁₁ generated as a short message to the user with the first processing information using the control signal C _21k corresponding to the second information A _2j (617). .

Figure 12 is the F4 stage shown in Figure 9 to generate the first information (S _i) from invading insect pesticide consumption information (S ₃₎ and the second information (A _ij), and said control signal (C _ij) in the case of And a flowchart describing step F7.

As shown in the figure, first, the insecticide intake information S ₃ is accumulated (621).

Next, the second processing information A ₃₁ is produced using the second information A _ij through the first information S ₃ (622). Here, the second processing information A ₃₁ includes pest prediction capture information.

In operation ₆₂₃ , the second processing information is generated as a short message sending signal C ₃₁₁ to the user using the control signal C _3jk corresponding to the second information A ₃₁ .

Figure 13 is the F4 stage shown in Figure 9 to generate the first information (S _i) is the second information (A _ij), and said control signal (C _ij) in the case of capturing population information (S ₄₎ of the pest And a flowchart describing step F7.

As shown in the drawing, first, the capture population information S ₄ is compared with a preset capture population standard S _C (631).

Next, when the capture population information S ₄ is greater than or equal to the capture population standard S _C , the sticky replacement information A ₄₁ is generated (632), and when the capture population information S ₄ is greater than or equal to the capture population number (S _C ), normal information A ₄₂ is generated (633). ).

Next, according to the second information A _4j , the control signal C _4jk is generated as a sticky replacement signal C ₄₁₁ by light or sound when j is 1 (634). If 2, the normal information signal C ₄₂₁ is generated (635).

Here, when the first information (S _i ) is the capture area (S ₅ ) of the pest, the second information (A ₄₁ and A ₄₂ ) and the control signal (C ₄₁₁ ) by the capture amount information (S ₄ ). And C ₄₂₁ ), the second information A _ij generates sticky replacement information A ₅₁ when the capture area reference Q _S is equal to or greater than the preset capture area Q _S , and normal information A when less than. ₅₂ ). Accordingly, when j is 1, the driver driving signal C ₅₁₁ is generated, and when j is 2, the normal information signal C ₅₂₁ is generated.

In addition, in the present embodiment, the first information (S _i ) is presented as the capture area (S ₅ ) of the pest, but is not limited or limited thereto, and may be replaced by the capture area percentage information of the pest relative to the total sticky area. It is possible.

Figure 14 is the first information (S _i) an internal luminance information (S ₆₎ of the F4 stage and F7 shown in the Figure 9 to generate the second information (A _ij), and said control signal (C _ij) if A flowchart describing the steps.

As shown in the drawing, first, the internal illuminance information S ₆ is compared with a preset illuminance reference LI ₀ (641).

If then, when the interior illuminance information (S ₆₎ is greater than or equal to the internal illumination based (LI ₀₎ is 642, and generates an exit block information (A _61), is less than generates the normal information (A ₆₂₎ (643 ).

Next, according to the second information A _6j , the control signal C _6jk is generated as the closed signal C ₆₁₁ of the preset door part when j is 1 (644), and j is 2. In the case of, the normal information signal C ₆₂₁ is generated (645).

Here, the predetermined door part may be determined by referring to the copper entrance / exit gate determined by the out-of-copper entrance / exit block signal C ₁₁₁ determined by the infestation copper wire information S ₁ of the pest, if necessary.

A 15 is shown in Figure 9 to generate the first information (S _i) is the cockroach trap within said second information (Aij) and the control signal (Cijk) when the external humidity information (S ₇₎ of It is a flow chart explaining the steps F4 and F7.

As shown therein, first, the internal and external humidity information S ₇ of the cockroach trap is classified into internal humidity information HI and external humidity information HO (651).

Next, the external humidity information HO of the cockroach trap is compared with a preset external humidity reference HO ₀ (652), and when the external humidity information HO is equal to or greater than the external humidity reference HO ₀ , the internal humidity information ( HI) and the preset internal humidity standard (HI ₀ ) are compared (653).

Next, when the internal humidity information HI is less than or equal to the internal humidity standard HI ₀ in step 653, the high humidity alarm A ₇₁ and the humidity change information A ₇₂ are generated as the second information A _ij ; 654 and, accordingly, simultaneously raising at least one of a high humidity notification display signal C ₇₁₁ or a _groundable alarm generation signal C ₇₁₂ by light or sound using the control signal C _7jk to increase the internal humidity to a predetermined reference. The humidity rising signal C ₇₂₁ is generated (659).

When the internal humidity information HI is greater than the internal humidity reference HI ₀ in step 653, a high humidity alarm A ₇₁ is generated using the second information A _ij (655), and accordingly, the control signal. In operation _C660 , at least one of the high humidity notification display signal C ₇₁₁ or the electric leakage possible alarm generation signal C ₇₁₂ may be generated using light or sound (660).

In step 652, when the external humidity information HO is less than the external humidity reference HO ₀ , the internal humidity information HI and the preset internal humidity reference HI ₀ are compared (656).

Next, when the internal humidity information HI is less than or equal to the internal humidity reference HI ₀ , humidity change information A ₇₂ is generated using the second information A _ij (657), and accordingly, the control signal C _7jk ), a humidity rising signal C ₇₂₁ for raising an internal humidity to a preset reference is generated (661).

In operation 656, when the internal humidity information HI exceeds the internal humidity reference HI ₀ , the normal information A ₇₃ is generated using the second information A _ij (658). The normal information signal C ₇₃₁ is generated using the control signal C _7jk (662).

Figure 16 is an F4 of FIG. 8 to generate the first information (S _i) is the second information (Aij) and the control signal (Cijk) for cockroach traps within, when the outside temperature information (S ₈₎ And a flowchart describing step F7.

As shown in FIG. 6, external temperature information S _{8 in} the cockroach trap is compared with a preset first temperature T ₁ (671).

In this process, when the temperature information S ₈ is greater than or equal to the first temperature T ₁ , the fire information A ₈₁ is generated (672), and when the temperature information S ₈ is smaller than the preset second temperature T _2. (673).

If the temperature information S ₈ is greater than or equal to the second temperature T ₂ in step 673, the superheat information A ₈₂ is generated (674), and if the temperature information S ₈ is smaller than the preset third temperature T ₃ . (675).

In step 675, when the temperature information S ₈ is smaller than the third temperature T ₃ , low temperature information A ₈₃ is generated (676), and when the temperature information S ₈ is greater than or equal to, the normal information A ₈₄ is generated. (677).

Accordingly, when j is 1 according to the second information A _2j , the control signal C _2jk is a forced power cutoff signal C ₈₁₁ , a fire signal to the fire station C ₈₁₂ , a fire alarm with light or sound. At least one signal generated from the generated signal (C ₈₁₃ ) and the communication of the short message to the user (C ₈₁₄ ) is generated (678), if j is 2, the cooling operation execution signal (C ₈₂₁ ), overheating with light or sound Generates at least one signal of the alarm display signal C ₈₂₂ or the forced power off signal C ₈₂₃ (679), and if j is 3, generates a temperature rise signal C ₈₃₁ (680), and If j is 4, a normal information signal C ₈₄₁ is generated (681).

In the present embodiment, the fire information (A ₈₁ ) is presented when the first information is the temperature information (S ₈ ), but the present invention is not limited or limited thereto. It is also possible to generate the fire information A ₈₁ .

Figure 17 is the F4 stage shown in Figure 9 to generate the first information (S _i) is sticky and the second information (A _ij), and said control signal (C _ijk) the case of the remaining refresh cycle information, (S ₉₎ And a flowchart illustrating step F7.

As shown in the drawing, first, the remaining sticky period information S ₉ is compared with a preset remaining sticky period reference TRL ₀ (691), and the remaining sticky period information S ₉ is determined by the remaining sticky period reference TRL. ₀ ) or less, the sticky replacement information (A ₉₁ ) is generated (692), and if it exceeds, normal information (A ₉₂ ) is generated (693).

Accordingly, the control signal C _9jk generates a sticky replacement notification signal C ₉₁₁ with light or sound when j is 1 according to the second information A _9j (694), and j is 2. In the case of, the normal information signal C ₉₂₁ is generated (695).

Here, similarly to the method illustrated in FIG. 17, even when the first information Si is the attractant remaining information and the remaining replacement cycle S ₁₀ , and the pesticide remaining and the remaining replacement cycle information S ₁₁ , the second information S _i is the second information. When the information A _ij and the control signal C _ijk satisfy at least one of the predetermined insecticide remaining amount reference RK ₀ or less or the pesticide remaining replacement cycle TRK _0, respectively, the insecticide replacement information A ₁₀₁ ), and when the condition of at least one of the attractant remaining reference criterion (RS ₀ ) or less or the attractant residual replacement period (TRS ₀ ) or less is satisfied, the attractant replacement information (A ₁₀₁ ) is generated; When exceeded, normal information A ₁₀₂ and A ₁₁₂ are generated, respectively.

Accordingly, when j is 1 as the control signal C _ijk , the insecticide replacement notification signal C ₁₀₁₁ and the attractant replacement notification signal C ₁₁₁₁ are generated by light or sound, respectively. Generate information signals C ₁₀₂₁ and C ₁₁₂₁ .

Figure 18 is the first information (S _i) a non-information (S ₁₂₎ of the F4 stage and F7 step shown in Figure 9 to generate the second information (A _ij), and said control signal (C _ij) if Is a flow chart that describes.

As shown in FIG. 1, first, the vision information S ₁₂ is accumulated for a predetermined period (701).

Next, third processing information A ₁₂₁ is produced from the second information A _ij through the first information S ₁₂ (702). Here, the third processing information A ₁₂₁ includes accumulated vision information of the pest that has invaded the cockroach trap and thus the habit, habitat, food, and size information of the pest.

Next, the third processing information is generated as a short message sending signal C ₁₂₁₁ to the user by the control signal C _12jk corresponding to the second information A ₁₂₁ (703).

19 is the first information (S _i) a cover portion opening and closing information (S ₁₃₎ of the F4 stage shown in Figure 9 to generate the second information (A _ij), and said control signal (C _ij) and if This is a flow chart explaining the F7 step. For reference, the cover opening and closing information S ₁₃ is information collected in a situation where the cockroach trap is operating.

As shown in the figure, first, the cover part opening and closing information S ₁₃ confirms the opening and closing of the cover part (711).

Next, when the cover unit is in the opening operation, the cover unit opening information A ₁₃₁ is generated (712), and in the case of the closing operation, the normal information (A ₁₃₂ ) is generated (713).

Accordingly, the control signal (C _13jk ) according to the second information (A _13j ), when j is 1, the cover unit opening alarm sending signal (C ₁₃₁₁ ) or the cover unit with a light or sound when the j is 1 At least one of the open alarm signals C ₁₃₁₂ is generated (714), and if j is 2, a normal indication signal (C ₁₃₂₁ ) is generated (715).

Figure 20 is the first information (S _i), the battery voltage information (S ₁₄₎ of the F4 stage and F7 shown in the Figure 8 to generate the second information (A _ij), and said control signal (C _ijk) if A flowchart describing the steps.

In the illustrated as first, the battery voltage information (S _14), the predetermined first voltage information (V ₁₎ and compared to 721, the first voltage information, a voltage corresponding to the battery voltage information (S ₁₄₎ ( If lower than or equal to V ₁ ), battery replacement information A ₁₄₁ is generated (722).

When the voltage according to the battery voltage information S ₁₄ is higher than the first voltage information V ₁ in step 721, the preset second voltage information V ₂ and the battery voltage information S _{14 are used} . Compare the voltage according to (723), and if the voltage according to the battery voltage information (S ₁₄ ) is low or equal to at least one of the low voltage alarm (A ₁₄₂ ) and the battery charging signal (A ₁₄₃ ) generates (724) .

Next, when the voltage according to the battery voltage information S ₁₄ is greater than the second voltage information V ₂ in step 723, battery normal information A ₁₄₄ is generated (725).

Accordingly, the control signal C _14jk generates a battery replacement signal C ₁₄₁₁ by light or sound by light or sound when j is 1 according to the second information A _14j (726), When j is 2, a low voltage alarm signal C ₁₄₂₁ is generated by light or sound. When j is 3, a battery charging signal C ₁₄₃₁ is generated (727), and when j is 4, a battery is generated. A normal signal C ₁₄₄₁ is generated (728).

21 is for explaining the F4 stage and F7 step shown in Figure 9 to generate the first information (S _i), a memory information and the second information (Aij) and the control signal (Cijk) in the case of (S ₁₅₎ Flowchart.

As shown in the drawing, first, the memory information S ₁₅ is compared with a preset memory remaining criterion M ₀ (731), and the memory remaining information S ₁₅ is greater than the preset memory remaining criterion M ₀ . If small or equal, the memory saturation information A ₁₅₁ is generated (732), and if large, the normal information A ₁₅₂ is generated (733).

Accordingly, the control signal C _15jk corresponds to the second information A _15j . When j is 1, the control signal C _15jk transmits the first information stored in the memory unit to the control center, and then stores the stored memory delete signal C. ₁₅₁₁ ) or at least one of the memory download request indication information C _{1521 using} light or sound (734). When j is 2, the memory normal information C ₁₅₂₁ is generated (735).

Here, when the control signal (C _15jk ) is the memory delete signal (C ₁₅₁₁ ) stored after transmitting the first information stored in the memory unit to the control center, the memory is deleted in the order of time stored in the memory unit first. However, the present invention is not limited or limited thereto. For example, all memories except for setting values may be deleted.

Figure 22 is the first information (S _i), the software version information (S ₁₆₎ of the F4 stage and F7 shown in the Figure 8 to generate the second information (A _ij), and said control signal (C _ijk) if A flowchart describing the steps.

As shown therein, first, it is checked whether the software version information S ₁₆ is the same as the recently upgraded software version VER ₀ (741).

Next, when the software version information S ₁₆ is older than the recently upgraded software version VER ₀ , the software upgrade information A ₁₆₁ is generated (742). Otherwise, the normal software information A is generated. ₁₆₂ ).

Accordingly, the control signal C _16jk generates a software upgrade signal C ₁₆₁₁ when j is 1 according to the second information A _16j (744), and when j is 2, normal software. Generate signal C ₁₆₂₁ (745).

Figure 23 is the first information (S _i) to check information (S ₁₇₎ of the F4 stage and F7 step shown in Figure 9 to generate the second information (A _ij), and said control signal (C _ijk) if Is a flow chart that describes. The check information (S ₁₇ ) includes whether the check and the number of days since the last check date.

As shown in FIG. 1, first, whether the inspection of the inspection information S ₁₇ is performed during the preset inspection period or whether the inspection is performed or not is not performed (751).

Next, when the check is denied generates a check alarm (A ₁₇₁ ) (752).

Next, if the increment is equal to (점점), the elapsed days TP after the latest check date and the preset check period TP ₀ are compared (753).

Here, if the elapsed days TP is greater than or equal to the check period TP ₀ , the check alarm A ₁₇₁ is generated (752), and if it is small, the normal information (A ₁₇₂ ) is generated (754). ).

Accordingly, according to the second information A _17j as the control signal C _17jk , when j is 1, a check schedule notification message is sent to the user through a short message sending signal C ₁₇₁₁ or light or sound. A display signal C ₁₇₁₂ is generated (755). If j is 2, a normal information signal C ₁₇₂₁ is generated (756).

24 is the first information (S _i) is the operating state information (S ₁₈₎ of the second information (Aij) and the F4 stage and F7 of FIG. 8 to generate the control signal (Cijk) if Is a flow chart that describes.

As shown therein, first, whether the cockroach trap is operating normally through the operation state information (S ₁₈ ) (761), and if it is not normal, abnormal operation information (A ₁₈₁ ) or operation stop information (A ₁₈₂ ). Generate at least one of (762), and generates normal information (A ₁₈₃ ) (763) if the normal operation.

Accordingly, the control signal C _18jk is an abnormal operation notification signal C ₁₈₁₁ or an operation stop signal C _{1821 with} light or sound when j is 1 or 2, respectively, according to the second information A _18j . ) Is generated, and if j is 3, a normal information signal C ₁₈₃₁ is generated (765).

My 3 Example

Referring to the interactive system of the cockroach trap according to the third embodiment of the present invention. 25 is a block diagram showing an interactive system of a cockroach trap according to a third embodiment of the present invention. For reference, for the convenience of description, the description of the same parts as those in the third embodiment of the above-described contents in the first and second embodiments of the present invention will be omitted.

As shown therein, the interactive system of the cockroach trap includes a plurality of cockroach trap 100, the communication network 300, the concentrator 400 and the control center 200.

The concentrator 400 includes a first transmitter / receiver unit 410, a storage unit 420, a second transmitter / receiver unit 430, and a numerical inputter 450.

The first transmitting and receiving unit 410 is composed of a transmitter and a receiver commonly used to receive the first information 101 transmitted from the cockroach trap, and to transmit to the control center 200, the storage unit ( 420 is a microcomputer commonly used similarly to the server unit 260 (see FIG. 7) described above in the second embodiment of the present invention to store the first information received by the first transmission / reception unit 410. Storage is used to store data in electromagnetic form so that the processor can access it.

The first information 101 stored in the storage unit 420 is provided to be downloadable to the outside through a portable universal serial bus 425, which is generally commercially available, but is not limited thereto or limited thereto. It is also possible to be provided to download the first information 101 from the outside through infrared data communication (IrDA).

The second transmitter / receiver unit 430 receives the second and third information 301 transmitted from the control center 200, and transmits the transmitter similarly to the first transmitter / receiver unit 410 to transmit the cockroach trap. And a receiver.

The numerical input unit 450 is provided in one of the forms of a keypad or a universal serial bus to enable external input of the fourth information 401 for changing a preset setting value of the cockroach trap 100, but is limited or limited thereto. It is not. In addition, it is also possible to download the third information generated by the control center 200 from the outside and input the numerical input unit 450.

The fourth information 401 is transmitted to the cockroach trap 100 by the second transmitting / receiving unit 430 and stored in the memory unit 161 (see FIG. 3) provided in the cockroach trap 100. .

FIG. 26 is a flowchart illustrating a method of operating an interactive system of a cockroach trap shown in FIG. 25. For reference, reference numerals for each configuration refer to FIGS. 3, 4, 7, and 25.

As shown therein, first, first information detected by the sensor 110 provided in the cockroach trap is collected (P21).

Next, the first information is transmitted to the concentrator 400 by the first transmission unit 120 provided in the cockroach trap 100 (P22).

Next, the first water transmission unit 410 provided in the concentrator 400 receives the first information (P23). Here, the first information is stored in the storage unit 420 provided in the concentrator 400 (P231), and if necessary, the first information stored in the storage unit 420 is downloaded to the outside (P232). ).

Next, the first information is transmitted to the control center 200 separately located at a remote location (P24).

Next, the first receiving unit 210 provided in the control center 200 receives the first information, and generates the second information according to the first information received from the control unit 250 ( P25). Here, if necessary, the third information for changing the setting value of the cockroach trap 100 is produced (P251).

Next, the second and third information is transmitted to the concentrator 400 again by the second transmitting unit 290 (P26).

Next, the second transmission and reception unit 430 provided in the concentrator 400 receives the second and third information (P27). Here, the fourth information for selectively changing the setting value of the cockroach trap 100 is input from the numerical input unit 450 provided in the concentrator 400 as necessary (P271). In general, when the third information is not received, when the setting value of the cockroach trap 100 needs to be changed, the fourth information is input.

Next, the second and third information or the fourth information is transmitted to the cockroach trap 100 (P28).

Next, the second and third information or the fourth information is received from the second receiving unit 180 provided in the cockroach trap 100 (P29).

Next, the trap control unit 190 generates a control signal according to the second information (P30).

Next, by controlling the cockroach trap 100 according to the generated control signal (P31), the interactive system of the cockroach trap is operated.

Here, in step P29, when the third or fourth information is received, the cockroach trap by controlling to change the setting value of the cockroach trap 100 according to the received third or fourth information (P32). Operate your interactive system.

As described above, according to the present invention, the cockroach trap detects the first information and transmits to the control center located at a remote location to generate the second information according to the first information and the second information again the cockroach trap By generating a control signal according to the transmission in real time to control the cockroach trap has an effect of providing an interactive system of cockroach trap that is controlled in real time to the environment.

In addition, there is an advantage in that the amount of sticky provided in the cockroach trap can be grasped in real time and replaced in a timely manner.

In addition, the control center grasps in real time information such as the operation status information of the cockroach trap, the type or change of the pests to be captured and the time of invasion, and build a database for the pests according to the efficient design and There is an effect that can be used for planning.

In addition, there is an advantage that can be replaced in a timely manner to grasp the consumption of the sticky provided in the cockroach trap in real time in the control center located in a remote place.

In addition, by grasping the capture time of the pests captured in the cockroach trap in real time to determine the main activity time of the pests there is an easy effect to build a database for the pests.

In addition, the remote control center can grasp the inside and outside temperature of the cockroach trap in real time to generate a fire alarm to control the cockroach trap in real time to reduce safety accidents, and can provide a preferred environment for cockroaches It has an effect.

In addition, while the cockroach trap is operating, the control center at the remote location grasps the illumination and humidity of the location where the cockroach trap is installed to generate humidity change information, high humidity information and doorway blocking information to prevent the leakage of the cockroach trap In addition, there is an advantage that the cockroach can have a preferred environment.

In addition, by checking in real time whether the cockroach trap is in abnormal operation, the control staff who checks the cockroach trap can identify the problem without visiting, there is an advantage that can control the cockroach trap.

In addition, it is possible to determine the replacement and charging time of the consumables or control the cockroach trap by grasping the state of various consumables such as insecticide and attractant provided in the cockroach trap in real time.

In addition, when the user of the cockroach trap confirms that an abnormality has occurred in the cockroach trap and contacts the person who performs the control, there is an effect that the first response can be identified by real time without a visit.

In addition, in addition to the information of the pests trapped in the cockroach trap, various information such as environmental information of the place where the cockroach trap is installed in real time to facilitate the use of research on the cockroach trap reflected in the design of a better cockroach trap It has the effect of making it possible.

In addition, it is common that a plurality of the cockroach traps are installed at every necessary place, and thus, the cockroach traps can be easily managed in a remote control center without the visitor periodically visiting the plurality of cockroach traps. There is an advantage.

In addition, the plurality of cockroach traps are equipped with a relatively inexpensive short-range communication means, and the concentrator collecting information of the plurality of cockroach traps is equipped with a communication means capable of relatively long distance communication at a relatively low cost It is effective to operate an interactive system of efficient cockroach traps.

As described above, although described with reference to the preferred embodiment of the present invention, those skilled in the art various modifications and variations of the present invention without departing from the spirit and scope of the invention described in the claims below I can understand that you can.

Claims (76)

Cockroach traps to capture wheels; At least one sensor for sensing and collecting first information; A first transmitting unit transmitting the first information; A second receiving unit receiving the first information; A control unit for generating second information according to the first information; A second transmitting unit for transmitting the second information; A second receiving unit which receives the second information; And A trap control unit generating a control signal according to the second information to control the cockroach trap; The sensor, the first transmitting unit, the second receiving unit and the trap control unit is provided in the cockroach trap, the first receiving unit, the control unit and the second transmitting unit is the cockroach trap Interactive system of cockroach traps located in a separate control center away from and remotely. The method of claim 1, The cockroach trap and the control center interactive system of the cockroach trap, characterized in that for transmitting and receiving the first information and the second information using at least one of a wired or wireless communication network. The method of claim 2, The network may include a local area network (LAN), a wide area network (WAN), a public switched telephone network (PSTN), a packet switched network (PSDN), an asymmetric digital subscriber line (ADSL), an integrated communications network (ISDN), code division multiple access (CDMA), and Interactive system of cockroach traps, characterized in that at least one of the Ethernet (ETHERNET). The method of claim 3, wherein The sensor may include at least one of an optical sensor, a pressure sensor, a temperature sensor, a wind pressure sensor, a humidity sensor, a proximity sensor, an infrared area sensor, an electrical resistance sensor, and a capacitive sensor, and the sensor may be formed inside, outside, or of the cockroach trap. Interactive system of a cockroach trap, characterized in that provided in at least one of the adjacent positions. The method of claim 4, wherein The cockroach trap is an interactive system of a cockroach trap further comprises a display unit for displaying text information and image information and a communication module provided to send a short message to the user. The method of claim 5, The display unit includes at least one of a liquid crystal display (LCD), a light emitting diode (LED) or an organic EL (Organic Electro Luminescence Display) is an interactive system of a cockroach trap, characterized in that The method of claim 5, The first information includes internal and external environmental information of the cockroach trap; Pest information of pests captured in the cockroach traps; Consumable information including a consumable remaining amount and a remaining replacement cycle included in the cockroach trap; And Unit information on units provided in the cockroach trap; Interactive system of cockroach traps comprising a. The method of claim 7, wherein The pest information interactive system of the cockroach trap, characterized in that it comprises at least one or more of the infestation of the pest, access information, pesticide intake information, capture population information and capture area information. The method of claim 8, The cockroach trap further includes a door part for opening and closing the door, and the door part is an interactive system of the cockroach trap, characterized in that it is provided to enable the control of opening and closing. The method of claim 9, And wherein the first information is copper wire information of the pest, and the second information is main entrance opening information corresponding to the intruded copper wire information of the pest. The method of claim 10, And the control signal is a door closing signal of an entrance that does not correspond to the moving line when the second information is main entrance opening information. The method of claim 8, The entrance information interactive system of the cockroach trap, characterized in that it includes the type of pests to enter, the time of pest access, the number of pests and the main entrance direction. The method of claim 12 The first information is the access information, and the second information includes the first processing information or a preset sensor operation cycle including the average pest access time, the access pest accumulation population, the population change rate, and the access pest change history. And the at least one sensor operation period change information when the average access period is different for a predetermined period of time. The method of claim 13, The control signal is a short message sending signal by communicating the first processing information to the user when the second information is the first processing information, and the operation period of the sensor when the second information is the sensor operation period change information. Interactive system of the cockroach trap, characterized in that the current change signal to change the. The method of claim 8, And wherein the first information is the pesticide intake information and the second information is the second processing information including the expected pest capture amount. The method of claim 15, And the control signal is a short message sending signal by communicating the second processing information to a user when the second information is the second processing information. The method of claim 8, And wherein the first information is capture population number information, and the second information is sticky replacement information when the capture information is equal to or larger than a predetermined capture population number. The method of claim 17, And the control signal is a sticky replacement information signal by light or sound when the second information is sticky replacement information. The method of claim 8, And the first information is capture area information, and the second information is sticky replacement information when the second information is more than a predetermined capture area. The method of claim 19, And the control signal is a sticky replacement information signal by light or sound when the second information is sticky replacement information. The method of claim 7, wherein The environmental information interactive system of the cockroach trap, characterized in that it comprises at least one of illuminance, temperature and humidity information. The method of claim 21, And wherein the first information is illuminance information inside the cockroach trap, and the second information is entrance and exit blocking information when the second information is equal to or greater than a predetermined illuminance. The method of claim 22, And the control signal is a closing signal of a predetermined door part when the second information is entrance blocking information. The method of claim 21, And wherein the first information is internal and external temperature information of the cockroach trap, and wherein the second information is fire information when the first information is equal to or greater than a preset first temperature value. The method of claim 24, When the second information is fire information, the control signal is at least one signal of a forced power cutoff signal, a contact signal to the fire department, a fire alarm generation signal by light or sound, and a short message sent by communication to the user. System of cockroach traps. The method of claim 24, The first information is internal and external temperature information of the cockroach trap, and the second information is overheating information when the second temperature value is greater than the preset second temperature value and less than the preset first temperature value. . The method of claim 26, And the control signal is at least one of a cooling operation execution, a forced power off signal, and a light or sound overheat information display signal when the second information is overheat information. The method of claim 24, And wherein the first information is internal and external temperature information of the cockroach trap, and wherein the second information is low temperature information when it is less than or equal to a preset third temperature value. The method of claim 28, And the control signal is a temperature rising signal when the second information is low temperature information. The method of claim 21, The first information is internal and external humidity information of the cockroach trap, and the second information is high humidity information when the external humidity is greater than or equal to a preset humidity, and humidity change information when the internal humidity is less than or equal to a preset humidity. An interactive system of cockroach traps. The method of claim 30, The control signal is an interactive system of a cockroach trap, characterized in that the signal is at least one or more of a high humidity notification display and a short circuit occurrence alarm when the second information is high humidity information. The method of claim 30, And the control signal is a humidity rising signal when the second information is humidity change information. The method of claim 7, wherein The cockroach trap is Sticky to capture the walking pest; Attractant to attract the walking pest; And Insecticides for killing the walking pest; Interactive system of cockroach traps further comprising a. The method of claim 33, The consumable information includes at least one or more of the remaining replacement cycle information of the sticky, remaining amount of the attractant and pesticide, and remaining replacement time information. The method of claim 34, The first information is at least one of the remaining amount or residual replacement cycle information of the attractant and the pesticide, and the second information is at least one of a preset attractant, a pesticide residual amount standard or less than the remaining replacement cycle corresponding to the first information, respectively Interactive system of the cockroach trap, characterized in that if one of the conditions are satisfied, each of the attractant replacement information and insecticide replacement information. The method of claim 34, Wherein the first information is sticky remaining replacement cycle information, and the second information is sticky replacement information when the sticky replacement is less than or equal to a preset replacement cycle. The method of claim 7, wherein The cockroach trap is Main body; A cover part for opening and closing the main body part; A camera collecting vision information with the sensor; And An input unit for inputting inspection information including whether to inspect, inspection date, inspector and inspection details; Interactive system of the cockroach trap, characterized in that it further comprises. The method of claim 37, wherein The cockroach trap is A memory unit which stores the first information and a setting value of the cockroach trap; And A power supply battery for supplying power to the cockroach trap; Interactive system of cockroach traps further comprising a. The method of claim 38, And the unit information includes vision information, cover opening / closing information, battery voltage information, memory information, software version information, check status and remaining check cycle information, and operation status information. The method of claim 39, And the first information is vision information, and the second information is third processing information obtained by accumulating and processing the vision information. The method of claim 40, And the control signal is a short message sending signal to the user when the second information is the third processing information. The method of claim 39, And the first information is cover part opening and closing information, and the second information is cover part opening information when the cover part is opened while the cockroach trap is in operation. The method of claim 42, wherein The control signal is at least one signal of the opening alarm signal by light or sound when the second information is the cover part opening information or the cover part opening alarm sending signal by a short message to the user. Stem. The method of claim 39, And wherein the first information is memory information and the second information is memory saturation information when the second information is less than or equal to a predetermined amount of memory remaining. The method of claim 44, When the second information is memory saturation information, the control signal is at least one signal among memory delete request or memory download request indication by light or sound after transmitting the first information stored in the memory unit to the control center. An interactive system of cockroach traps. The method of claim 45, And the information stored in the memory unit is first deleted in the order of the stored time, when the control signal is the memory deletion stored after transmitting the first information stored in the memory unit to the control center. The method of claim 39, And wherein the first information is voltage information of a battery, and the second information is at least one of low voltage alarm, battery replacement information, and battery charging information when the second information is equal to or less than a predetermined reference value. The method of claim 47, The control signal is a low voltage alarm display signal, light or sound, and a battery replacement signal, respectively, when the second information is low voltage alarm or battery replacement information, and when the second information is battery charge information, the battery is charged. Interactive system of cockroach trap, characterized in that the signal. The method of claim 39, Wherein the first information is software version information, and the second information is software upgrade information when the second information is less than or equal to the current software version. The method of claim 49, And the control signal is a software upgrade signal when the second information is software upgrade information. The method of claim 39, The first information is check information, and the second information is a check period in which the number of elapsed days after the check date is set when the check of the first information is negative or the check is possible. Interactive system of cockroach trap, characterized in that the greater than or equal to the warning alarm. The method of claim 51, The control signal is an interactive system of a cockroach trap, characterized in that at least one of a check schedule notification signal or a check time notification signal by light or sound to the user in a short message when the second information is a check alarm. The method of claim 39, And the first information is operation state information, and the second information is abnormal operation information when the cockroach trap is abnormally operated. The method of claim 53, And the control signal is an abnormal operation notification signal by light or sound when the second information is abnormal operation information. The method of claim 7, wherein The control unit produces third information independent of the first information, wherein the third information is transmitted and received by the second transmitting unit to the second receiving unit interactive system of the cockroach trap The method of claim 55, And wherein the third information changes a predetermined setting value of the cockroach trap. The method of claim 55, Wherein the third information is at least one of video or audio information. The method of claim 57, The video or audio information is an interactive system of a cockroach trap, characterized in that at least one of advertising information or guidance information. The method of claim 58, And the guidance information is at least one of pest guidance information, hygiene information, virus information or weather forecast. The method of claim 7, wherein The sensor is a camera for collecting vision information, the cockroach trap is an interactive system of a cockroach trap, characterized in that it further comprises an analysis module for analyzing the vision information to produce a vision analysis information in the form of a character. The method of claim 60, The cockroach trap further includes a memory unit for storing the first information, the vision information is stored in the memory unit, the vision analysis information is transmitted to the control center interactive system of the cockroach trap. The method of claim 7, wherein And the control center further comprises a server unit for storing the first information and the second information. The method of claim 7, wherein When the plurality of cockroach trap is provided further comprises a concentrator, the concentrator A first transmitting and receiving unit for transmitting and receiving the first information; And A second transmitting and receiving unit for transmitting and receiving the second information and third information for changing a setting value of the cockroach trap; And, wherein the first, second, and third information are transmitted and received between the cockroach trap and the control center via the concentrator. The method of claim 63, wherein The concentrator further includes a storage unit for storing the first information, wherein the first information stored in the storage unit is provided to enable the download of the cockroach trap interactive system. The method of claim 64, wherein The concentrator further includes a numerical inputter capable of externally inputting fourth information for changing a predetermined setting value of the cockroach trap, wherein the fourth information is transmitted to the cockroach trap by the second transmitting and receiving unit to transmit the cockroach trap. Interactive system of the cockroach trap, characterized in that for changing a predetermined setting value of. The method of claim 7, wherein The cockroach trap further includes a memory unit that stores the first information and setting values of the cockroach trap, wherein the first information and the setting value stored in the memory unit are provided to be downloadable to the outside. System of cockroach traps. A sensing step of collecting first information through a sensor provided in the cockroach trap; A first transmission step of transmitting the first information to a separate control center remote from the cockroach trap; A first receiving step of receiving the first information at the control center; A first generation step of generating second information according to the received first information at the control center; A second transmission step of transmitting the second information from the control center; A second receiving step of receiving the second information in the cockroach trap; And A control step of generating a control signal according to the received second information to control the cockroach trap; Interactive system operation method of the cockroach trap comprising a. The method of claim 67, The sensing step is an interactive camera cockroach trap, characterized in that the sensor is a camera, collecting vision information through the sensor, and to obtain the vision analysis information as the first information by analyzing the vision information. system. The method of claim 67, The first transmitting step further comprises a first storing step of storing the first information. The method of claim 67, The first generation step further comprises a second storage step of storing the first and second information in the server. The method of claim 67, The first generation step further includes a second generation step of producing third information independent of the first information, wherein the second transmission step and the second reception step respectively transmit and receive the third information. Interactive system operation method of the cockroach trap, characterized in that it further comprises the step of. The method of claim 71, wherein The control step further comprises the step of changing the setting value of the cockroach trap in accordance with the third information. The method of claim 67, The sensing step may further include an input step of inputting check information including whether the cockroach trap is checked, a check date, a checker, and check contents, wherein the first information further includes check information. How to Operate Your Interactive System. The method of claim 67, The interactive system of the cockroach trap further includes a concentrator when a plurality of cockroach traps are provided, and the first transmitting step further includes transmitting the first information sensed by the plurality of cockroach traps to a concentrator. And the first receiving step further comprises transmitting the first information from the concentrator to the control center and receiving the first information from the control center. The method of claim 67, The interactive system of the cockroach trap further includes a concentrator when a plurality of cockroach traps are provided, and wherein the second transmitting step comprises: changing a setting value of the second information and the cockroach trap transmitted from the control center; 3. The method of claim 1, further comprising transmitting information and receiving the second and third information in the concentrator, and transmitting the second and third information to the plurality of cockroach traps. 76. The method of claim 75 wherein The control step further comprises the step of changing the setting value of the cockroach trap in accordance with the third information.

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