KR20080098276A - Interactive system such as insects and its operation method - Google Patents

Abstract

In an interactive system such as a reptile for capturing a fly pest, an interactive system such as a reptile for transmitting and receiving information between a separate control center and a reptile and the like located at a remote site and controlling each other is disclosed. The insect lamp and the control center are separately located at a remote location, and are provided to transmit and receive information with each other to perform an interactive operation, and transmit the first information detected by the sensor provided in the insect lamp to the control center; The control center receives the first information, generates second information corresponding to the first information, and retransmits the information to the insect trap, and the insect insect lamp receives the second information to generate a control signal. It is configured to operate the interactive system in real time remotely by proceeding to control the insects. Therefore, the insect lamp and the control center are located at a remote location, and transmits and receives the first and second information with each other, and generates a control signal according to it has the advantage of enabling efficient remote real-time management and control .

Description

INTERACTIVE SYSTEM FOR FLYING INSECT CAPTURING LAMP AND OPERATING METHOD OF THE SAME}

1 is a perspective view showing a conventional insect lamp.

2 is a schematic diagram illustrating an interactive system such as an insect insect according to the present invention.

Figure 3 is a perspective view showing a state in which the door portion of the insect repellent lamp according to the invention is closed.

FIG. 4 is a perspective view illustrating a state in which a door part such as the insect repellent lamp shown in FIG. 3 is opened.

5 is a block diagram showing the configuration of an interactive system, such as insects in accordance with the first embodiment of the present invention.

6 is a flowchart illustrating a method of operating an interactive system such as a insect repellent according to the first embodiment of the present invention.

7 is a block diagram showing an interactive system such as a insect repellent according to a second embodiment of the present invention.

8 is a flowchart illustrating a method of operating an interactive system such as an insect insect, 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.

10 is a flowchart illustrating the steps of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) the brightness information (S _1).

11 is a flowchart illustrating the steps of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) is pochung including internal and external temperature information (S _2).

12 is a flowchart illustrating the steps of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a wind speed information (S _3).

13 is a flowchart illustrating the steps of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) the rainfall information (S _4).

14 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) of the door opening and closing unit information (S _5).

15 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) the catch information (S _6).

Figure 16 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a capture area information (S _7).

17 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a receiving container remaining amount information (S _8).

18 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a storage container to replace the remaining period information (S _9).

19 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a sticky-level information (S10).

20 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a sticky residue replacement period information (S _11).

21 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a pest trap number information (S _12).

22 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) enters pest detection count information (S ₁₃₎ including pochung.

Figure 23 is a flow chart illustrating the steps of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) an auxiliary power supply voltage information (S _14).

24 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i), a memory remaining amount information (S _15).

25 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) an attractant level information (S _16).

26 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) an attractant replace remaining period information (S _17).

27 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) an insecticide remaining amount information (S _18).

28 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a pesticide residual replacement period information (S _19).

29 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) is the operating state information (S _20).

30 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) to check information (S _21).

31 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) is the elapsed time information (S ₂₂₎ after closing of the inlet.

32 is a flowchart for explaining an the F4 stage shown in Figure 9 to generate the first information (S _i) is the second information (A _ij) in the case of internal and external humidity information (S _22), such as the pochung .

33 is a block diagram showing an interactive system such as an insect repellent lamp according to a third embodiment of the present invention.

FIG. 34 is a flowchart illustrating a method of operating an interactive system such as the insect reptile shown in FIG. 33.

<Explanation of symbols for main parts of the drawings>

80: The body part 82: Sticky

83: attraction light 86: communication module

90: door part 91: display part

92: Opening part 93: Pest entry part

100: insect light 110: sensor

120: first sending unit 130: second receiving unit

140: insect control unit 145: controller

150: controller 170: memory unit

190: input unit 200: communication network

300: control center 310: first receiving unit

320: server unit 330: control unit

335: Analysis unit 350: Second sending unit

400: concentrator 410: first transmitting and receiving unit

420: storage unit 430: second transmission and reception unit

450: numeric input unit 425: universal serial bus

The present invention relates to an interactive system such as a insect repellent and a method of operating the same, and more particularly, a insect repellent lamp having a sensor, a first transmitting unit, a second receiving unit, and an insect feeding control unit, and a first receiving unit, a control unit, It includes a second control unit and includes a separate control center remote from the insects, etc., and it is possible to transmit and receive information between the insects and the control center through a communication network, and thus the information of the insects in the remote control center The present invention relates to an interactive system such as an insect repellent, which can collect and control the insects and a method of operating the same.

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 pest refers to insects or animals that collectively harm humans and livestock. In particular, insect pests refer to insects such as flies, mosquitoes, moths, and insects that fly. The insect pests are more likely to be spawned than humans control the individual, and the control is more important because the insects fly through the whole space and are introduced anywhere anytime.

In addition, these pests eat food and textiles, causing considerable damage to life, and excreta carry pathogens that are harmful to the human 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.

Conventionally, there are a number of mechanisms for removing adventitious pests, among which the insects that attract and capture the adventitious pest with light such as ultraviolet rays are most commonly used.

Referring to Figure 1 describes the schematic shape and operation of a conventional insect lamp as follows. 1 is a perspective view showing a conventional insect lamp.

As shown therein, generally, the insect repellent lamp 10 includes a decoy lamp 13, an insecticide means 15 and a pest collecting means 17. Here, when explaining the operation of the insect lamp 10, first, the attracting light 13 generates ultraviolet light to attract the insect pests. Next, the insecticidal means 15 kills the attracted insect pests by lightning, and the pest collecting means 17 collects the dead bodies of the insect pests that are killed and fall downward.

In general, the pest collecting means 17 is a dead body container of the pest is used, and also the insecticide means 15 is omitted, using the pest collecting means with a sticky coated with an adhesive, the attracting lamp 13 It is also possible to capture the adventitious pest by adhering the adventitious pest attracted by the sticky animal.

Insects attracted by insects, etc. are killed by electricity, or stick to the back, etc. In the case of insects using the sticky, there is a limit in the capacities of the strings, and the pest collecting means also has a limit in capacity, so If the capacity is exceeded, a replacement must be made. In addition, if the sticky foreign matter, such as dust, the adhesive strength is reduced, once the pests attracted by insects, etc. occurs, it is necessary to replace the sticky periodically

In addition to the above information, the person performing the pest control may provide various information such as operational status information indicating whether the insects operate properly, temperature change, environmental change, and change of pest type. The procedure to visit and confirm the location was implemented.

Therefore, such a conventional insect repellent and control method has the following problems.

First, there is a problem in that the information collected from the insect reptiles can not grasp in real time in the control center located at a remote location, and thus the insect reptiles cannot be controlled in real time according to environmental changes or information.

Second, since the capture time of the pests captured by the insects, etc. can not be grasped, the main activity time of the pests can not be grasped, it is not easy to establish a database for the pests, it is easy to determine the operation time of the insects, etc. There is no problem that power consumption is increased.

Third, since the brightness change of the attracting light provided in the insect repellent lamp is not confirmed in real time, there is a problem in that the control center does not control even if the brightness of the attracting light becomes relatively dark or bright.

Fourth, since the internal and external temperatures of the insects, etc. are not grasped in real time, information such as fire, overheating or low temperature cannot be obtained, resulting in a risk of safety accidents and waste of cost.

Fifth, there is a risk of safety accidents such as a short circuit and a fire due to the fact that rainfall and humidity cannot be grasped during the operation of the insect lamp.

Sixth, since the wind speed information of the place where the insect repellent lamp is installed is not known, there is a problem that the insect repellent lamp continuously operates even when there is no activity of the fly pest due to the strong wind.

Seventhly, even when the insect repellent lamp is abnormally operated, the remote site does not know this fact, so it is not easy to process quickly, and the control staff who check the insect repellent lamp regularly visits the place where the insect repellent lamp 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 state of various consumable members such as auxiliary power supply, memory, attractant and insecticide provided in the insect repellent, there is a problem that it is not known when to replace the consumable member.

Ninth, replacement of the sticky or pest collecting means should be carried out when the pests are replaced at regular intervals or when the pests are caught in a certain catch amount or catching area. There is a problem in that it is made of a high-cost structure because the replacement is carried out after a regular visit.

Tenth, even if the user of the insect repellents such that the insects in the insect repellents have confirmed that the abnormality occurred in the insects and the contact person who performs the control is not easy to process quickly, the person performing the control is in the place where the insect repellents are installed After the first visit, there is a problem in that the abnormality is identified and processed, or the second visit must be resolved.

Eleventh, in addition to the information of the pests captured by the insects, such as the environmental information of the environment where the insects are installed can not obtain a variety of information in real time, and thus can not be used for research on the insects, such as better insects There is a problem that can not be reflected in the design.

One object of the present invention for solving the above problems is to build a remote interactive system between the insect lamp and the control center located remotely from the insect lamp and sense the information collected from the insect lamp in real time, and control for this The present invention provides an interactive system and a method of operating the same, such as insects generated by the signal generated in real-time compliance control.

Another object of the present invention is to determine in real time the type of insects captured in the insects, the catching time and the main activity time, and establishes a database for the pests according to determine the effective operating time of the insects, etc. The present invention provides an interactive system and a method of operating the same.

Still another object of the present invention is that, in general, a plurality of insect lamps are installed, in this case, the interactive system, such as insect insects that can remotely manage a plurality of insect lamps without having to visit the insect lamp periodically periodically 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 insects, and to install a communication means capable of relatively long distance communication to the concentrator collecting information such as the plurality of insects The present invention provides an interactive system such as insect trapping and its operation method at low cost.

Another object of the present invention, by catching the real-time change in the brightness of the attracting light provided in the insect light in the control center of the remote, interactive system of the insect repellent light that can control the attracting light to maintain the optimal brightness And to provide a method of operation thereof.

Still another object of the present invention is to capture the internal and external temperature of the insects in the remote control center in real time to generate fire alarms, overheat alarms and low-temperature alarms to control the insects, etc. in real time The present invention provides an interactive system and a method of operating the same.

Still another object of the present invention is to detect the rainfall and humidity of the place where the insect lamp is installed in the remote control center during the operation of the insect lamp, such as insects that can be controlled in real time, such as a short circuit occurrence alarm and fire alarm The present invention provides an interactive system and a method of operating the same.

Still another object of the present invention is to grasp the wind speed information of the place where the insect lamp is installed in real time and generate a forced power cutoff signal and a strong wind alarm when a strong wind generated interactive system such as insect insects that can control the insect lamp in real time and It provides a method of operation thereof.

Still another object of the present invention is to check in real time whether or not the insects are operating abnormally to identify the problem without visiting the control staff to check the insects, and thus can control the insects, etc. The present invention provides an interactive system such as a insect repellent and an operation method thereof.

Still another object of the present invention is to determine in real time the status of various consumable members such as auxiliary power supply, memory, attractant and insecticide provided in the insect repellent replacement and charging time of the consumable member, or delete signal after memory transmission The present invention provides an interactive system for controlling insects, such as insects, and an operation method thereof.

Still another object of the present invention is to determine the replacement operation time by grasping the current situation of the sticky or pest collecting means provided in the insect repellents without visiting the place where the insect repellents are installed, such as insect repellents The present invention provides an interactive system and a method of operating the same.

Still another object of the present invention is an interactive system such as a insect repellent, and a method of operating the same, which can grasp a problem in real time when a user such as the insect repeller confirms that an abnormality has occurred in the insect repellent 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 insects are installed in addition to the information of the pests captured in the insects in real time to facilitate the use of research on the insects, such as better insects It is to provide an interactive system such as insects and its operation method that can be reflected in the design.

According to a preferred embodiment of the present invention for achieving the above object of the present invention, the interactive system of the insect repellent lamp and at least one sensor and the first information for collecting the first information about the insect repellent lamp and the place where the insect repellent lamp is installed A first transmitting unit for transmitting information, a first receiving unit for receiving the transmitted first information, a control unit for generating second information according to the received first information, and a second transmitting for transmitting the second information Unit, a second receiving unit for receiving the second information, and an insect trap control unit for generating the control signal according to the received second information to control the insect lamp, the sensor, the first transmitting unit, The second receiving unit and the insect trap control unit are provided in the insect trap, the first receiving unit, the control unit and the second transmission unit is a separate control remote from the insect trap and the like It is provided in the center.

The insect 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).

In addition, the control center preferably further comprises a server unit for storing the first information and the second information, the control center to produce the third information independent of the first information, the third Information is transmitted and received by the second transmitting unit to the second receiving unit.

Here, the insect repellent includes a display unit for displaying image information, wherein the display unit is at least one or more of a liquid crystal display (LCD), a light emitting diode (LED) or an organic EL (OELD, Organic Electro Luminescence Display) It is more preferably configured to include.

The third information may be information for changing a predetermined setting value such as the insect repellent, and video or audio information, and more preferably, the video information may be advertisement or guide information.

Here, it is more preferable that the control center further includes an analysis unit for analyzing and processing the first information.

The sensor may be an ultraviolet light or a light sensor, a pressure sensor, a thermistor, a thermocouple, a bimetal, a temperature sensor, a wind pressure sensor, a humidity sensor, a capacitive sensor, a high frequency oscillation type sensor, a hall sensor and an electrical resistance sensor. At least one of an infrared ray area sensor, an acceleration sensor, and a current change detection sensor, and the sensor may be provided at at least one of an inside, an outside, and an adjacent position of the insect trap.

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

If the first information is the brightness information, the second information is a normal information signal when the first information is included in the preset brightness range, and if the first information is smaller than the preset minimum brightness level, the lamp is exchanged. In other cases, the signal is one of a brightness decreasing or increasing changing signal such as changing the brightness of the lamp so that the first information is included in the preset lamp brightness range.

Accordingly, the control signal is a light exchange signal by light or sound when the second information is a light exchange signal, and a current change signal or voltage corresponding to the second signal is a light decrease or increase signal. At least one of the change signals.

In addition, the light brightness information is at least one of the ultraviolet light intensity or illuminance, the light brightness information is preferably measured by the illuminance first, the illuminance is calculated and collected according to the predetermined light intensity criteria.

The first information is an internal or external temperature of the insect repellent lamp, and the second information is a fire alarm when the first information is greater than or equal to a preset first temperature value, and is equal to or greater than a preset second temperature value and the first temperature value. If less, it is an overheat alarm, and if it is less than or equal to the preset third temperature value, it is a low temperature alarm.

Accordingly, the control signal is at least one signal of the forced power cutoff signal, the contact signal to the fire department, the fire alarm occurrence signal by light or sound, and the short message sent to the user when the second information is a fire alarm. If the second information is an overheat alarm, the cooling operation is performed, a forced power shut-off signal, and a light or sound signal is at least one or more of the overheat alarm display signal. Finally, when the second information is a low temperature alarm, the second information is light or sound. At least one of low temperature alarm, forced shutdown and no pest activity indication.

The first information is wind speed information, and the second information is a strong wind alarm when the predetermined wind speed is equal to or greater than the predetermined wind speed. Accordingly, the control signal is a signal of at least one or more of a strong wind warning display and forced power cut by light or sound.

Here, the insect repellent lamp preferably further comprises an opening that can control the opening and closing, wherein the first information is rainfall information, the second information is a rainfall alarm when the predetermined rainfall or more, the control signal accordingly It is a signal of at least one of a possible leakage alarm, a heavy rain alarm, an opening closed or a forced power off.

In addition, the insect repellent lamp is preferably provided to be opened and closed further comprises a door portion for blocking or opening the internal devices and the outside provided in the insect repellent lamp, the first information during the operation of the insect repellent lamp Opening / closing information on whether the door is opened or closed, and the second information is a door opening alarm when the door unit is in an opening operation, and the control signal accordingly displays a door opening alarm by light or sound. At least one signal of the forced power off.

In addition, the insect trap is preferably provided with a capture unit for trapping the insect pests having a storage container for accommodating the sticky and coated with the adhesive on one surface so as to capture the insect pests.

Here, the first information is capture information including a capture amount and a percentage value of the capture area with respect to the total trappable area, and the second information is equal to or greater than a predetermined capture amount or preset total capture corresponding to the first information, respectively. If at least one condition of the capture area to area ratio is satisfied, at least one of the conditions is the sticky replacement information, and thus the control signal is the sticky replacement information signal.

In addition, the first information is at least one of a storage container remaining amount, a storage container replacement remaining period, a string remaining amount and a string remaining replacement period, and when the first information satisfies a condition that is equal to or less than a corresponding reference value, respectively, the first information. Storage container replacement information corresponding to the at least one of the sticky replacement information, and if the second information is a storage container replacement signal according to the light or sound replacement signal, the second information is the sticky replacement signal In the light or sound is preferably a storage container replacement signal.

In addition, the first information is at least one of the number of pest capture times for detecting the number of pests captured by the insects, etc. or the number of detection signal of the pests entering the insects, the second information is the first information corresponding to each If at least one condition that is greater than a predetermined reference value is satisfied, the sticky alarm is replaced. Accordingly, the control signal is a sticky replacement information signal.

The insect lamp preferably further includes an auxiliary power supply for supplying auxiliary power to the insect lamp for a predetermined time when the power is cut off, wherein the first information is voltage information of the auxiliary power device, and the second information is a preset reference. If the value is less than the value, at least one of the low voltage alarm, the auxiliary power supply device replacement signal, and the auxiliary power supply charging signal. Accordingly, the control signal is at least one of the low voltage alarm, the auxiliary power supply device replacement signal, and the auxiliary power supply charging signal.

More preferably, the insect repellent further includes a memory unit for storing the first information, wherein the control unit produces third information, and the third information can be downloaded from the control unit to the outside. The third information is externally input to the insect lamp through at least one means of universal serial bus (USB) or radio frequency identification (RFID), so that the pre-stored setting value of the insect lamp control unit can be changed. In addition, the first information stored in the memory unit may be downloaded to the outside.

Here, the first information is the remaining memory information of the memory unit, the second information is a memory alert if less than the predetermined memory remaining, the control signal according to this is a memory delete and memory download request indication stored after the memory transmission, When the memory is deleted according to a control signal, it is preferable that the memory is sequentially deleted from the old information, that is, the stored time sequence.

The insect repellent is preferably a means to attract the adventitious pest further comprises a pesticide as a means of killing the attractant and the adventitious pest.

Here, the first information is at least one of the remaining amount of attractant information and the remaining period of attractant replacement and the second information satisfies at least one or more conditions that the first information is less than a predetermined reference value corresponding to the first information, respectively. In the case of a attractant replacement alarm, the control signal corresponding to the second information is preferably a attractant replacement information signal by light or sound.

In addition, when the first information is at least one of the pesticide remaining amount information and the pesticide replacement remaining period, and the second information satisfies at least one or more conditions that the first information is less than a predetermined reference value corresponding to the first information, respectively Insecticide replacement alarm, so that the control signal corresponding to the second information is a pesticide replacement information signal by light or sound.

The first information is operating state information, and the second information is a first inspection alarm when the insect lamp is not in normal operation, and the control signal according to this initializes the system and resets the insect lamp to the default value. It is preferable that at least one signal of setting, operation state information is recorded and the operation state information is sent to the first receiving unit, setting information reset or abnormal operation signal by light or sound.

Preferably, the insect repellent further includes an input unit for inputting inspection information including whether to inspect the insect repellent, inspection date, inspector, and inspection contents, wherein the first information is input by the input unit. It is preferable to further include the inspection information.

In addition, the first information is inspection information including whether the inspection and the number of days since the latest inspection date, the second information is the case that the inspection of the first information is negative or whether the inspection is ( And when the number of days since the latest inspection date is greater than or equal to a preset inspection cycle, the second inspection alarm is performed. Accordingly, the control signal is checked by communication to the user when the second information is the second inspection alert. It is preferable that the signal is at least one or more of sending a short message or displaying a check time notification by light or sound.

The insect repellent lamp further includes a sensor for detecting the opening and closing of the entrance from the space to the outside when the insect repellent lamp is installed in a compartment partitioned from the outside, wherein the first information is elapsed time information after closing the entrance The second information is fade-off information when the elapsed time after closing of the entrance is longer than a preset elapsed time. At this time, the control signal is preferably at least one of the no pest activity signal or the forced power off signal if the second information is the fade off information.

The first information is the external and internal humidity of the insect repellent lamp, the second information is a high humidity alarm when the predetermined humidity or more, accordingly the control signal is a light or sound high humidity notification display, forced power off and short circuit Preferably, at least one of the alerts is present.

In addition, the sensor is a camera that collects vision information, the insect repellent further comprises an analysis module for analyzing the vision information to produce vision analysis information, wherein the first information further comprises the vision analysis information desirable.

According to a preferred embodiment of the present invention for achieving the above object of the present invention, the operating method of the interactive system, such as insects in the sensing step of collecting the first information through the sensor provided in the insects, such as the first information A first transmission and reception step of transmitting to a separate control center remotely located from the insects, etc., a first generation step of generating second information according to the received first information at the control center and the second information; A second transmission and reception step of transmitting to the insect trap and the like and generating a control signal according to the received second information to control the insect trap.

The sensing step may further include collecting the vision information through the camera, wherein the sensor is a camera, and the first information further includes information obtained by interpreting the vision information.

In the interactive system of the insect repellent lamp, the plurality of insect repellent lamps may further include a concentrator. The concentrator receives the first information transmitted from the insect repellent, receives the first transmission / reception unit transmitted to the control center and the second and third information transmitted from the control center, and transmits the information to the insect repellent. And a second transmitting and receiving unit, wherein the first information transmitted from the plurality of insects is received at the concentrator and transmitted to the control center, and the second and third information transmitted from the control center are transmitted from the concentrator. It is preferable to be received and transmitted to the plurality of insects.

The concentrator may further include a storage unit that stores the first information, and the first concentrator may be provided to download the first information stored in the storage unit to the outside.

In addition, the concentrator further includes a numerical inputter capable of externally inputting fourth information for changing a predetermined setting value of the insect trap, etc., wherein the fourth information is transmitted to the insect trap by the second transmitter / receiver unit and the Change the preset setting of the insect control unit. The insect trap may further include a memory unit for storing the first information, and the fourth information transmitted from the concentrator is stored in the memory unit.

The first transmission and reception step may further include a first storage step of storing the first information, wherein the first generation step includes an analysis step of interpreting and processing the first information and a server storing the first information. More preferably, it further comprises two storage steps.

Here, the first generation step preferably further comprises a second generation step of producing third information for changing the setting value of the insect, such as independent of the first information, wherein the second transmission and reception step is More preferably, the method further includes transmitting the third information.

In addition, it is preferable to further include a third transmission and reception step of transmitting the result of the control of the insect trap, etc. by the control signal to the control center, wherein the sensing step, the inspection whether the insect, etc., inspection date, inspection details, inspectors And an input step of inputting inspection information including inspection details, wherein the first information further includes inspection 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, such as insects according to the first embodiment of the present invention as follows. 2 schematically illustrates an interactive system such as an insect insect according to an embodiment of the present invention.

As shown in FIG. 2, the interactive system such as the insect repellent is provided by the insect repellent lamp 100 installed in the school 20, the factory 30, the home 40, etc. to the control center 300 through the communication network 200. The control center 300 receives the transmitted information, and thus transmits the processed information back to the insect lamp 100 using the communication network 200, the insect lamp 100 is the transmission Received processing information.

3 and 4 are presented to explain the interactive system in detail such as insects.

3 to 4 are perspective views of a general insect repellent lamp, FIG. 3 is a perspective view showing a state in which the door part of the insect repellent lamp is closed, and FIG. 4 is a perspective view showing a state in which the door part of the insect repellent lamp shown in FIG. 3 is opened.

As shown therein, the insect repellent lamp 100 includes a main body portion 80 and a door portion 90, and the main body portion 80 has a attracting light 83, a strap 82, and a insect repellent control unit. 140, a first transmitting unit 120, a second receiving unit 130, a communication module 86, a attractant receiving unit 84, and a speaker 85.

It is generally provided with a plurality of attracting lights 83, and is provided so as to attract the insect pests by emitting light such as ultraviolet rays. The sticky 82 is generally coated with an adhesive so as to capture the fly insect pests on one surface, the pestle is provided with a pest container instead of the straps 82, attracted to the attracting lamp 83 and lower It may be provided to accommodate the dead body of the flying insect pest falling in the direction.

The insect trap control unit 140, the first transmitting unit 120 and the second receiving unit 130 will be described later.

The communication module 86 and the speaker 85 are controlled by the insect light control unit 140, the communication module 86 communicates the contents instructed by the insect light control unit 140 to the user It is provided to transmit a short message, the speaker 85 is provided to generate at least one of a warning sound or a voice signal according to the contents indicated by the insect lamp control unit 140.

The attractant receiving portion 84 is provided to receive a attractant capable of attracting the fly insect pests to the insect repellent lamp (100). In the present embodiment, the attractant receiver 84 is provided, but the present invention is not limited thereto. For example, the attractant receiver 84 may be omitted or may be attracted to the insect repellent lamp 100. It is also possible to be replaced with an insecticide receptacle that can kill the insect pests.

The door part 90 includes a display part 91, an opening part 92, and a pest entering part 93, and is hinged to the main body part 80 so as to be opened and closed.

The display unit 91 is provided by arranging a plurality of controllable light emitting diodes (LEDs), and the display unit 91 is provided to be controlled in the form of blinking, lighting, and extinction by the control of the insect light control unit 140. do. In the present exemplary embodiment, the display unit 91 is provided by arranging the light emitting diodes. However, the display unit 91 is not limited or limited thereto. For example, the display unit 91 may include a liquid crystal display (LCD) capable of displaying a character or an image. Do.

The opening portion 92 is provided with a plurality of opening and closing control by the insect trap control unit 140 is provided. The control of the opening part 92 is provided so that the opening part 92 can be opened and closed through a shanghai or a rotation by a piston (not shown) or a motor (not shown) capable of vertical control.

Here, the pest inlet 93 is formed through the door 90 in the form of a plurality of holes, when the opening 92 is in the opening operation, the insect pests inside the insect repellent, etc. It is provided to enter.

Fig. 5 shows the configuration of an interactive system such as a insect repellent lamp according to the first embodiment of the present invention.

As shown in the drawing, the interactive system such as the insect repelling sensor 110, the first transmitting unit 120, the first receiving unit 310, the control unit 330, the second transmitting unit 350, the second receiving The unit 130, the insect light control unit 140 and the communication network 200 for transmitting and receiving information of the insect light 100 and the control center 300 is included, the sensor 110, the first transmission unit 120, the second receiving unit 130 and the insect light control unit 140 is provided in the insect light 100, the first receiving unit 310, the control unit 330, the second transmitting unit 350 ) Is provided in a separate control center 300 remote from the insect repellent lamp (110).

The sensor 110 is disposed inside, outside and adjacent to the insect repellent lamp 100, the sensor 110 is where the insect repellent lamp 100 and the insect repellent lamp 100 is installed according to each characteristic Information is collected, and the information is referred to as first information. A description of the first information will be described later with reference to FIGS. 9 through 32.

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.

In addition, since the optical sensor for measuring the intensity of the ultraviolet light of the optical sensor is generally expensive equipment, it is also possible to measure the illumination with a general optical sensor and use it by calculating the ultraviolet intensity according to a predetermined illuminance criteria.

The first transmitting unit 120 uses a transmitter commonly used to transmit the first information collected by the sensor 110 to the control center 300 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 (200).

The transmitted first information is received by the first receiving unit 310 provided in the control center 300, the control unit is responsible for producing the second information in accordance with the received first information. . A receiver commonly used as the first receiving unit 310 may be used, but is not limited thereto. For example, an apparatus for receiving a signal of a transmitter used as the first transmitting unit. Any form is possible.

In addition, the control unit 330 is a known microprocessor is used, the second transmitting unit 350 serves to transmit the second information to the insect, etc., the second receiving unit 130 It serves to receive the transmitted second information. In addition, the insect lamp control unit 140 serves to generate a control signal for controlling the insect lamp 100 according to the second signal.

The insect lamp control unit 140 may use a commercially available microprocessor, and the control signal produced by the insect lamp control unit 140 will be described later with reference to FIGS. 9 to 32.

The communication network 200 includes a local area network (LAN), a broadband communication network (WAN), a public switched telephone network (PSTN), a packet switched network (PSDN), an asymmetric digital subscriber line (ADSL), an integrated communication network (ISDN), and code division multiple access (CDMA). At least one of Ethernet) and Ethernet (ETHERNET), but generally comprises a combination of code division multiple access and Ethernet, but is not limited or limited to this, for example, the communication network 200 It is also possible to combine more than one network type.

A method of operating an interactive system such as an insect insect according to the first embodiment of the present invention will be described with reference to FIGS. 5 and 6. 6 is a flowchart illustrating a method of operating an interactive system such as insects.

As shown in FIG. 1, first, the first information detected by the sensor 110 provided in the insect trap is collected (S01).

Next, the first information is transmitted to the control center 300 separately located at a remote location by the first transmission unit 120 provided in the insect repellent lamp 100 (S02).

Next, the first receiving unit 310 provided in the control center 300 receives the first information (S03), and the second information according to the first information received from the control unit 330 It generates (S04).

Next, the second information is transmitted back to the insect lamp 100 by the second transmitting unit 350 (S05).

Next, the second receiving unit 130 provided in the insect lamp 100 receives the second information (S06), the insect lamp control unit 140 generates a control signal according to the second information. (S07).

Next, by controlling the insect repellent lamp 100 according to the generated control signal (S08), the interactive system of the insect repellent lamp is operated.

My 2 Example

7 illustrates an interactive system such as a insect repellent lamp according to a second embodiment of the present invention. For reference, for the convenience of description, the same reference numerals refer to the same elements as in the first embodiment of the present invention shown in FIG. 5, and thus will not be described separately, and will be described as necessary.

As shown therein, the interactive system of the insect lamp includes a sensor 110, a microprocessor 145 including the insect lamp control unit 140, a first transmitter unit 120, a memory unit 170, and a second receiver. Unit 130, the input unit 190, the insect repellent lamp (100) having a controller 150, and remotely located separately from the insect repellent lamp 100, the first receiving unit 310, analysis unit 335 It includes a control unit 330, a second transmission unit 350, a control unit 300 having a server unit 320 and a communication network 200 including a.

The input unit 190 provided in the insect repellent lamp 100 is checked whether the insect repellent lamp 100 is inspected, an inspection date, an inspector and an inspection in the process of controlling the insect repellent lamp 100 by the control staff performing the control. It is provided to input the inspection information including the content, and is generally provided in the form of a keypad, but is not limited or limited thereto, for example, in a non-contact form or general purpose through radio frequency identification (RFID) It is also possible to be provided to input the check information in the form of a serial bus (USB).

In addition, the interactive system of the insect repellent lamp may be composed of a plurality of the insect repellent lamp 100, in this case input whether the inspection of the insect repellent lamp 100, the inspection date, the inspector, the inspection details and setting information It may further include a concentrator (not shown). Accordingly, it is possible to replace the input unit 190 so that the concentrator can input the check information and setting information. The check information and setting information input from the concentrator are stored in the memory unit 170 similarly to the above description.

The concentrator is generally provided when a plurality of insect repellent lamps 100 are disposed, and is provided so as to transmit and receive information between the insect repellent lamp 100 and the control center 300. Here, the information gathered from some of the plurality of insect lamps 100 is collected by the concentrator and transmitted to the control center 300, and is provided to store the information in the concentrator.

Therefore, the control staff who manages the insect repellent lamp 100 does not visit the insect repellent lamp 100, but only to visit the insect repellent lamp 100 necessary to download or receive the necessary information from the concentrator. In other words, it is relatively inexpensive, and it is possible to carry out efficient control work.

The memory unit 170 serves to store the information collected by the sensor 110 and the inspection information input by the input unit 190, and may also store setting information of the insect repellent lamp 100. To be provided. In addition, the information stored in the memory unit 170 is provided to be downloaded from the outside through the universal serial bus, the check information is included in the first information.

The controller 150 controls the insect lamp 100 according to a control signal produced by the insect lamp control unit 140, and the controller 150 includes a motor, a light emitting diode (LED), and an opening part. And a lamp, a communication module, and the memory unit 170, and the like are provided to control the devices provided in the insect lamp 100, a detailed description thereof will be described with the first information and the second information. 9 to 32 will be described later.

The analysis unit 335 provided in the control center 300 interprets and processes the first information received by the first receiving unit 310 to process the second information in the control unit 330. It is used to assist in the creation and generally uses a commercially available microprocessor.

In addition, the control unit 330 produces third information independent of the first information, and the third information is transmitted and received by the second transmitting unit 350 to the second receiving unit 130.

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

In addition, when the third information is audio or video information, the insect lamp 100 may be provided with a display unit (not shown) to post the video information. 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 (not shown) is preferably configured to include at least one or more of a liquid crystal display (LCD), a light emitting diode (LED) or an organic EL (OELD, Organic Electro Luminescence Display) is limited or limited thereto It is also possible to comprise a cathode ray tube (CRT).

  In the present embodiment, a method of transmitting and receiving the third information through the communication network 200 is provided, but is not limited thereto. For example, after downloading the third information from the control unit 330, The voice and image information is posted by the display unit (not shown) and the speaker 85 provided in the insect lamp 100 by a person performing the control input to the insect lamp 100, The information for changing the preset value stored in the insect lamp 100 may also change the previously stored setting value of the insect lamp 100.

The server unit 320 serves to store the first information received by the first receiving unit 310 and the second information produced by the control unit 330, and commonly used micro Storage is used to store data in electromagnetic form so that the processor can access it.

A method of operating an interactive system such as an insect insect according to a second embodiment of the present invention will be described with reference to FIGS. 7 and 8 as follows. 8 is a flowchart illustrating a method of operating an interactive system such as an insect insect, according to a second embodiment of the present invention.

As shown in the figure, first, the sensing step (S11) for detecting the first information detected by the sensor 110 provided in the insect lamp. In this process, it may be via the microprocessor including the insect control unit 140, the first information is processed and modified in a form that is easy to transmit in the first transmission unit 120 It is possible to be.

In addition, in the sensing step S11, the first information further includes check information input from the input unit 190.

Next, a first storage step of storing the first information in the memory unit is performed (S12).

Next, the first information is transmitted to the control center 300 located at a remote location by the first transmission unit 120 provided in the insect lamp 100 (S13).

Next, the first receiving unit 310 provided in the control center 300 receives the first information, and stores the first information in the server unit (320) (S14).

Next, a first generation step S15 of generating second information according to the first information received from the control unit 330 is performed. Here, the first information is interpreted and processed by the analysis unit 335 provided in the control unit 330 to assist in generating the second information (S151).

Next, the second information is stored in the server unit 320 (S16).

Next, the second information is transmitted to the insect lamp 100 by the second transmitting unit 350 again (S17).

Next, the second information is received by the second receiving unit 130 provided in the insect lamp 100 (S18).

Next, the insect light control unit 140 generates a control signal according to the second information (S19).

Next, by controlling the insect lamp 100 by the controller 150 in accordance with the generated control signal (S20), to operate the interactive system of the insect lamp.

In addition, the sensor in the sensing step (S11) is a camera (not shown), and collects vision information through the camera, and includes an analysis module (not shown) for producing the vision analysis information by analyzing the vision information. In addition, the first information may further include the vision information and the vision interpretation information.

Here, the camera is generally sensed by photographing the sticky 82 provided in the insect repellent lamp 100, and accordingly, the vision analysis information includes capture amount information and capture area information grasping the number of pests being captured. However, the present invention is not limited thereto or limited, and it is also possible to grasp the type of pests captured by the sticky material 83.

In the first generation step (S15), the control unit 330 may further include a second generation step (not shown) for producing third information independent of the first information. Accordingly, similar to the method of transmitting and receiving the second information, the second transmitting unit 350 transmits the third information to the insect lamp 100, the second receiving unit 130 is the third Receives the information to change the setting values previously stored in the memory unit 170 provided in the insect lamp 100, the voice and image information is provided in the speaker 85 and the display provided in the insect lamp 100 Post to a unit (not shown).

In addition, in the method of operating the interactive system such as the insect repellent, the steps are not operated one-time, but are usually operated at regular intervals or at regular intervals while the insect repellent lamp 100 is operated, but are limited or limited thereto. For example, it is also possible to retransmit the result of controlling the insect lamp 100 by the control signal to the control center 300.

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.

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, for each second information (A _ij), and also generates a plurality of control signals (C _ijk), is not limited or restricted to, the control signal (C _ijk) is pochung It may be changed or replaced equivalently depending on the equipment provided in the back.

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 an insect trap is controlled according to the control signal C _ijk (F8).

For reference, the F1, F2, F6, F7 and F8 steps are performed in the insect lamp 100, and the F3 to F5 steps are executed in the control center 300 as shown by the dotted line.

Here, the step (F4) of producing the second information (A _ij ) according to the first information (S _i ) will be described according to each case shown in Table 1 as follows.

10 is a flowchart illustrating the steps of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) the brightness information (S _1).

As shown in FIG. 1, first, the lamp brightness information S ₁ is compared with the preset lamp brightness reference range L _L to L _H (601).

In this process, if the lamp brightness information S ₁ is included in the lamp brightness reference range L _L to L _H , accordingly, the second information A ₁₁ is generated as normal information (602). , And is compared with the lowest brightness reference (L ₀ ) (603).

If the lamp brightness information S ₁ is smaller than the lamp brightness minimum standard L ₀ in step 603, the second lamp A ₁₂ may be generated using the lamp exchange signal (604). further comparison, whether or greater than a high reference _(H L) of a reference brightness range _{(L L ~ L H) (} 605).

If the lamp brightness information S ₁ is greater than the lamp high reference L _H in step 605, the second information A ₁₃ is generated using the lamp brightness reduction change signal (606). In operation 607, the second information A ₁₄ is generated as the brightness increase change signal.

Accordingly, the control signal C _1jk corresponding to the second information A _1j to the light or sound exchange signal C ₁₁₁ , the current change signal C ₁₂₁ , C to decrease or increase the brightness of the lamp. ₁₂₁ ) and the voltage change signals C ₁₂₃ and C ₁₂₄ .

The brightness information S ₁ generally uses illuminance, and is not limited or limited thereto. An ultraviolet intensity may be used, and the ultraviolet intensity is detected and calculated based on a predetermined illuminance standard. It is also possible.

11 is a flowchart illustrating the steps of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) is pochung including internal and external temperature information (S _2).

As shown therein, the internal temperature information S _{2 in} the insect lamp is compared with the preset first temperature T ₁ (611).

In this process, when the temperature information S ₂ is greater than or equal to the first temperature T ₁ , a fire alarm A ₂₁ is generated (612), and when the temperature information S ₂ is smaller than the preset second temperature (T ₂₎ (613).

When the temperature information S ₂ is greater than or equal to the second temperature T ₂ , in step 613, an overheat alarm A ₂₂ is generated (614), and when the temperature information S ₂ is smaller than the preset third temperature (T ₃ ). (615).

In step 615, when the temperature information S ₂ is smaller than the third temperature T ₃ , a low temperature alarm A ₂₃ is generated (616), and when the temperature information S ₂ is greater than or equal to, the normal information A ₂₄ is generated. (617).

Accordingly, the control signal C _2jk is a forced power cutoff signal C ₂₁₁ when the j is 1 according to the second information A _2j , a contact signal C ₂₁₂ to the fire station, a fire alarm with light or sound. At least one signal generated from the generated signal (C ₂₁₃ ) and the communication to the user by sending a short message (C ₂₁₄ ), when j is 2, the cooling operation execution signal (C ₂₂₁ ), the overheat alarm display with light or sound Generate at least one signal of the signal (C ₂₂₂ ) or the forced power off signal (C ₂₂₃ ), when j is 3, the low temperature alarm generation signal (C ₂₃₁ ), the forced power off signal (C ₂₃₂ ) by light or sound And at least one signal of no pest activity indication (C ₂₃₃ ), and generates a normal indication (C ₂₄₁ ) signal when j is 4.

In the present embodiment, the fire alarm A ₂₁ is presented when the first information is the temperature information S _2. However, the fire alarm A ₂₁ is not limited or limited thereto, and is provided with a sensor for detecting smoke. It is also possible to generate the fire alarm A ₂₁ .

12 is a flowchart illustrating the steps of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a wind speed information (S _3).

As shown in FIG. 1, first, the wind speed information S ₃ is compared with a preset wind speed reference W (621). In step 621, if the wind speed information S ₃ is greater than the wind speed reference W, a high wind alarm A ₃₁ is generated (622), and if it is smaller than or equal to, normal information A ₃₂ is generated. (623).

Accordingly, the control signal (C _3jk ) of the strong wind alarm display signal (C ₃₁₁ ) and the forced power off signal (C ₃₁₂ ) by light or sound when j is 1 according to the second information (A _3j ). Generate at least one, and generate j normal display signal (C ₃₂₁ ) when j is 2.

13 is a flowchart illustrating the steps of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) the rainfall information (S _4).

As shown in the figure, first, the rainfall information S ₄ is compared with a preset rainfall criterion R (631). In step 631, if the rainfall information S ₄ is greater than the rainfall criterion R, a rain alarm A ₄₁ is generated (632), and if it is smaller than or equal to, normal information A ₄₂ is generated. (633).

Accordingly, the control signal (C _4jk ) according to the second information (A _4j ), when j is 1, the earth leakage possible alarm generation signal (C ₄₁₁ ), heavy rain alarm generation signal (C ₄₁₂ ), opening closed At least one of the signal C ₄₁₃ and the forced power off signal C ₄₁₄ is generated, and when j is 2, the normal display signal C ₄₂₁ is generated.

14 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) of the door opening and closing unit information (S _5). For reference, the door opening and closing information S ₅ is information collected in a situation in which the insect repellent lamp is operating.

As shown in the drawing, first, the door part opening and closing information S ₅ confirms the opening and closing of the door part (641). When the door part is in the open operation, a door part open alarm A ₅₁ is generated (642). In the case of the close operation, the normal information A ₅₂ is generated (643).

Accordingly, the control signal C _5jk is a forced power cutoff signal C ₅₁₁ and a door opening alarm signal C _{512 based on} light or sound when j is 1 according to the second information A _5j . Generates at least one, and if j is 2, generates a normal display signal C ₅₂₁ .

15 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) the catch information (S _6).

As shown in the drawing, first, the capture amount information S ₆ is compared with a preset capture amount reference Q _C (651), and when the capture amount information S ₆ is greater than or equal to the capture amount reference Q _C , the sticky replacement information (A ₆₁ ) and if it is less than the normal signal (A ₆₂ ) is generated (653).

Accordingly, the control signal C _6jk generates a sticky replacement information signal C ₆₁₁ by light or sound when j is 1 according to the second information A _6j , and when j is 2 A normal information signal C ₆₂₁ is generated.

Figure 16 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a capture area information (S _7).

As shown in the drawing, first, the capture area information S ₇ is compared with a preset capture area reference Q _S (661), and the capture area information S ₇ is greater than or equal to the capture area reference Q _S. In operation 662, the mobile terminal generates the sticky replacement information A ₇₁ , and generates a normal signal A _{72 in the} case of less than 666.

Accordingly, the control signal C _7jk generates a sticky replacement information signal C ₇₁₁ by light or sound when j is 1 according to the second information A _7j , and when j is 2 A normal information signal C ₇₂₁ is generated.

In the present embodiment, the capture area information S ₇ is presented as an area, but the present invention is not limited or limited thereto. For example, the capture area for the captureable area is a percentage value as the capture area information S ₇ . It is also possible to calculate a reference percentage value according to the reference value.

17 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a receiving container remaining amount information (S _8).

As shown in the drawing, first, the storage container remaining amount information S ₈ is compared with a preset storage container remaining amount reference RG (671), and the storage container remaining amount information S ₈ is the storage container remaining amount reference RG. In the case of the following, the sticky replacement information A ₈₁ is generated (672), and if it is exceeded, the normal signal A ₈₂ is generated (673).

Accordingly, the control signal C _8jk generates the storage container replacement information signal C ₈₁₁ by light or sound when j is 1 according to the second information A _8j , and when j is 2. Generates a normal information signal (C ₈₂₁ ).

18 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a storage container to replace the remaining period information (S _9).

Therefore, as illustrated as compared to the first to the receiving container to replace the remaining period information (S ₉₎ for a predetermined storage container to replace the remaining period reference (RTG) and (681), the receiving container to replace the remaining period information (S _9), the said housing If less than the container replacement remaining cycle reference (RTG) generates the sticky replacement information (A ₉₁ ) (682), if it exceeds, generates a normal signal (A ₉₂ ) (683).

Accordingly, the control signal C _9jk generates a storage container replacement information signal C ₉₁₁ by light or sound when j is 1 according to the second information A _9j , and when j is 2. Generates a normal information signal (C ₉₂₁ ).

19 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a sticky-level information (S10).

As shown in the drawing, first, the amount of remaining sticky information S ₁₀ is compared with a preset amount of remaining sticky reference RL (691), and when the amount of remaining sticky information S ₁₀ is less than or equal to the remaining amount of stickyness RL, The sticky replacement information A ₁₀₁ is generated (692), and if it exceeds, generates a normal signal (A ₁₀₂ ) (693).

Accordingly, the control signal C _10jk generates a sticky replacement information signal C ₁₀₁₁ by light or sound when j is 1 according to the second information A _10j , and when j is 2 A normal information signal C ₁₀₂₁ is generated.

20 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a sticky residue replacement period information (S _11).

As shown in this, first, the sticky replacement remaining period information (S ₁₁ ) is compared with a preset sticky replacement remaining period reference (RTL) (701), and the sticky replacement remaining period information (S ₁₁ ) is the remaining sticky replacement period If it is less than the reference (RTL), the sticky replacement information (A ₁₁₁ ) is generated (702), and if it exceeds, the normal signal (A ₁₁₂ ) is generated (703).

Accordingly, the control signal C _11jk generates a sticky replacement information signal C ₁₁₁₁ with light or sound when j is 1 according to the second information A _11j , and when j is 2 A normal information signal C ₁₁₂₁ is generated.

21 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a pest trap number information (S _12). Here, the pest capture recovery information (S ₁₂ ) generally refers to the number of insect pests attached to the sticky trapped.

As shown in this figure, first, the insect catch recovery information (S ₁₂ ) is compared with a predetermined pest catching criterion (NC) (711), and the pest catching recovery information (S ₁₂ ) is a preset pest catching criterion (NC). If larger than the sticky replacement alarm (A ₁₂₁ ) generates (712), if small, normal information (A ₁₂₂ ) is generated (713).

Accordingly, the control signal C _12jk generates a sticky replacement information signal C ₁₂₁₁ by light or sound when j is 1 according to the second information A _12j , and when j is 2 Generate a normal information signal (C ₁₂₂₁ ).

22 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) enters pest detection count information (S ₁₃₎ including pochung.

As shown in the drawing, first, the insect pest entering insect detection count information S ₁₃ is compared with the preset insect detection criterion standard NI (721), and the insect pest entering insect detection count information S ₁₃ is preset. If the pest detection criteria (NI) is greater than the sticky replacement alarm (A ₁₃₁ ) is generated (722), if small, normal information (A ₁₃₂ ) is generated (723).

Accordingly, the control signal C _13jk generates a sticky replacement information signal C ₁₃₁₁ by light or sound when j is 1 according to the second information A _13j , and when j is 2 The normal information signal C ₁₃₂₁ is generated.

Figure 23 is a flow chart illustrating the steps of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) an auxiliary power supply voltage information (S _14).

In a first voltage corresponding to the auxiliary power supply voltage information (S _14), the predetermined first voltage information (V ₁₎ compared to 731, the auxiliary power supply voltage information (S ₁₄₎ As shown above the If it is lower than or equal to 1 voltage information V ₁ , auxiliary power supply exchange information A ₁₄₁ is generated (732).

When the voltage according to the auxiliary power supply voltage information S ₁₄ is higher than the first voltage information V ₁ in step 731, the preset second voltage information V ₂ and the auxiliary power supply voltage information are displayed. Comparing the voltage according to (S ₁₄ ) (733), if the voltage according to the auxiliary power supply voltage information (S ₁₄ ) is low or the same, among the low voltage alarm (A ₁₄₂ ) and the auxiliary power supply charging signal (A ₁₄₃ ) Generate at least one (734).

Next, when the voltage according to the auxiliary power supply voltage information S ₁₄ is greater than the second voltage information V ₂ in step 733, the auxiliary power supply normal information A ₁₄₄ is generated (735). ).

Accordingly, the control signal C _14jk generates an auxiliary power supply replacement signal C ₁₄₁₁ with light or sound when j is 1 according to the second information A _14j , and j If 2 is to generate a low voltage alarm signal (C ₁₄₂₁ ) by light or sound, if j is 3 to generate an auxiliary power supply charging signal (C ₁₄₃₁ ), and if j is 4 to the auxiliary power supply Generate a normal signal (C ₁₄₄₁ ).

24 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i), a memory remaining amount information (S _15).

As shown in the drawing, first, the remaining amount of memory information S ₁₅ is compared with the preset remaining amount of memory reference M (741), and the remaining amount of information (S ₁₅ ) is smaller than the preset remaining amount of memory reference M, or In the same case, the memory alert A ₁₅₁ is generated (742), and if it is large, the normal information (A ₁₅₂ ) is generated (743).

Accordingly, the control signal C _15jk is a memory delete signal stored after transmitting the first information stored in the memory unit to the first receiving unit when j is 1 according to the second information A _15j . One of C ₁₅₁₁ and memory download request indication information C ₁₅₂₁ is generated, and when j is 2, memory normal information C ₁₅₂₁ is generated.

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

25 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) an attractant level information (S _16).

As shown in the drawing, first, the attractant remaining amount information S ₁₆ is compared with a preset attractant remaining amount reference RA (751), and the attractant remaining amount information S ₁₆ is the attractant remaining amount reference RA. In the case of the following, a attractant replacement alarm (A ₁₆₁ ) is generated (752), and if it is exceeded, a normal signal (A ₁₆₂ ) is generated (753).

Accordingly, the control signal C _16jk generates a attractant replacement information signal C ₁₆₁₁ using light or sound when j is 1 according to the second information A _16j , and when j is 2. Generates a normal information signal (C ₁₆₂₁ ).

26 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) an attractant replace remaining period information (S _17).

In the illustrated first, the attractant replace remaining period information (S ₁₇₎ a predetermined attractant replace remaining period reference (RTA) as compared to 761, the attractant replace remaining period information (S ₁₇₎ that the lure as If it is less than the first replacement residual period (RTA), the attractant replacement alarm (A ₁₇₁ ) is generated (762), if it is exceeded to generate a normal signal (A ₁₇₂ ) (763).

Accordingly, the control signal C _17jk generates a attractant replacement information signal C ₁₇₁₁ using light or sound when j is 1 according to the second information A _17j , and when j is 2. Generates a normal information signal (C ₁₇₂₁ ).

27 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) an insecticide remaining amount information (S _18).

Thus As shown, first the insecticide remaining amount information (S ₁₈₎ a pre-set case compared to the insecticide remaining amount based on (RK) and not more than 771, wherein the insecticide remaining amount information (S _18), the insecticide remaining amount based on (RK), the pesticides The replacement alarm (A ₁₈₁ ) is generated (772), if it exceeds, generates a normal signal (A ₁₈₂ ) (773).

Accordingly, the control signal C _18jk generates the insecticide replacement information signal C ₁₈₁₁ by light or sound when j is 1 according to the second information A _18j , and when j is 2 Generate a normal information signal (C ₁₈₂₁ ).

28 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) a pesticide residual replacement period information (S _19).

As shown in this figure, the pesticide replacement remaining period information S ₁₉ is first compared with a preset insecticide replacement remaining period standard (RTK) (781), and the insecticide replacement remaining period information (S ₁₉ ) is the pesticide replacement remaining period. If it is less than the reference (RTK) generates a pesticide replacement alarm (A ₁₉₁ ) (782), if it exceeds, generates a normal signal (A ₁₉₂ ) (783).

Accordingly, the control signal C _19jk generates the insecticide replacement information signal C ₁₉₁₁ by light or sound when j is 1 according to the second information A _19j , and when j is 2 A normal information signal C ₁₉₂₁ is generated.

29 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) is the operating state information (S _20).

As shown in the drawing, first, the operating state information S ₂₀ checks whether the insects are operating normally (791), and if it is not normal, generates a first check alarm A ₂₀₁ (792), If normal, a normal signal A ₂₀₂ is generated (793).

Accordingly, the control signal C _20jk according to the second information A _20j , when j is 1, initializes the system and sets the insect lamp to an initial state (C ₂₀₁₁ ), light or sound abnormality. Recording the operation signal (C ₂₀₁₂ ), the setting information reset signal (C ₂₀₁₃ ) and the operation state information, and generating at least one of the operation signal (C ₂₀₁₄ ) transmitted to the first receiving unit, and j is 2 Generates a normal information signal (C ₂₀₂₁ ).

30 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) to check information (S _21). The check information (S ₂₁ ) includes whether the inspection and the number of days since the latest inspection date.

As shown in FIG. 1, first, whether the inspection of the inspection information S ₂₁ is performed during the preset inspection period or whether the inspection is performed or not is not performed (801).

Next, if the check is denied to generate a second check alarm (A ₂₁₁ ) (803).

Next, if the increment is equal to (I), the elapsed days (TP) and the preset inspection period (TI) after the latest inspection date are compared (802).

Here, when the elapsed days TP is greater than or equal to the check period TI, the second check alarm A ₂₁₁ is generated (803), and when it is small, normal information A ₂₁₁ is generated ( 804).

Accordingly, the control signal (C _21jk ) according to the second information (A _21j ), when j is 1, the check schedule notification message sent by the user through a short message sending signal (C ₂₁₁₁ ) or light or sound check by communication The display signal C ₂₁₁₂ is a normal information signal C ₂₁₂₁ when j is 2.

31 is a flow chart for explaining a step of F4 shown in Figure 9 to generate the second information (A _ij) in the case of the first information (S _i) is the elapsed time information (S ₂₂₎ after closing of the inlet.

As shown in the figure, first, the elapsed time information after closing of the entrance (S ₂₂ ) is compared with a preset elapsed time reference (RTD) after closing of the entrance (811), and the elapsed time information after closing of the entrance (S ₂₂ ). If is greater than or equal to the elapsed time reference (RTD) after the closing of the inlet generates fade-off information (A ₂₂₁ ) (812), if less than the normal signal (A ₂₂₂ ) is generated (813).

Accordingly, the control signal C _22jk is one of the pest no activity signal C ₂₂₁₁ and the forced power cutoff signal C ₂₂₁₂ in light or sound when j is 1 according to the second information A _22j . At least one is generated, and when j is 2, a normal information signal C ₂₂₂₁ is generated.

32 is a flowchart for explaining an the F4 stage shown in Figure 9 to generate the first information (S _i) is the second information (A _ij) in the case of internal and external humidity information (S _22), such as the pochung .

As shown in the drawing, first, the internal and external humidity information S _{23 of the} insect repellent lamp is compared with a preset internal and external humidity reference H of the insect repellent lamp 821, and the internal and external humidity information of the insect repellent lamp ( S ₂₃ ) generates a high humidity alarm A ₂₃₁ when the internal and external humidity reference H of the insect trap is greater than 822, and generates a normal signal A ₂₃₂ when it is less than 821.

Accordingly, the control signal (C _23jk ) is a high humidity notification display signal (C ₂₃₁₁ ) with a light or sound when j is 1 according to the second information (A _23j ), and a ground fault alarm generation signal (C ₂₃₁₂ ). And a forced power off signal C ₂₃₁₃ , and generates a normal information signal C ₂₃₂₁ when j is 2.

My 3 Example

When the present invention describes an interactive system such as a insect insect according to the third embodiment as follows. 33 is a block diagram showing an interactive system such as an insect repellent lamp 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 insect lamp includes a plurality of insect lamps 100, a communication network 200, a concentrator 400, and a control center 300.

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 / receiving unit 410 is composed of a transmitter and a receiver commonly used to receive the first information 101 transmitted from the insect repellent and the like, and to transmit it to the control center 300, the storage unit 420 ) Is a microprocessor generally commercially available similar to the server unit 320 (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 for access.

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 is similar to the first transmitter / receiver unit 410 to receive the second and third information 301 transmitted from the control center 300 and transmit it to the insect repellent. And a receiver.

The numeric input unit 450 is a keypad or a general purpose to enable external input of the fourth information 401 for changing a predetermined setting value of the insect lamp control unit 140 (see FIG. 7) provided in the insect lamp 100. It is provided in one of the forms of the serial bus, but is not limited thereto. In addition, it is also possible to download the third information generated by the control center 300 from the outside and input the numerical input unit 450.

The fourth information 401 is transmitted to the insect lamp 100 by the second transmitter / receiver unit 430 and stored in the memory unit 170 (refer to FIG. 7) provided in the insect lamp 100. .

FIG. 34 is a flowchart illustrating a method of operating an interactive system such as the insect reptile shown in FIG. 33. For reference, reference numerals for the respective components refer to FIGS. 7 and 33.

As shown in FIG. 1, first, first information detected by the sensor 110 provided in the insect repellent lamp is collected (P21).

Next, the first information is transmitted to the concentrator 400 by the first transmitting unit 120 provided in the insect lamp 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 300 separately located at a remote location (P24).

Next, the first receiving unit 310 provided in the control center 300 receives the first information, and generates the second information according to the first information received from the control unit 330 ( P25). Here, if necessary, to produce the third information for changing the setting value of the insect lamp control unit 140 (see Fig. 7) provided in the insect lamp 100 (P251).

Next, the second and third information is transmitted to the concentrator 400 again by the second transmitting unit 350 (P26).

Next, the second transmission and reception unit 430 provided in the concentrator 400 receives the second and third information (P27). In this case, the numerical input unit provided in the concentrator 400 may provide fourth information for selectively changing the setting value of the insect lamp control unit 140 (see FIG. 7) provided in the insect lamp 100 as necessary. 450) (P271). In general, when the third information is not received, when it is necessary to change the setting value of the insect lamp 100, the fourth information is input.

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

Next, the second receiving unit 130 provided in the insect lamp 100 receives the second and third information or the fourth information (P29).

Next, the insect light control unit 140 generates a control signal according to the second information (P30).

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

Here, in step P29, when the third or fourth information is received, the insect lamp control unit 140 (see FIG. 7) provided in the insect lamp 100 according to the received third or fourth information. The interactive system such as insects is operated by controlling to change the setting value of (P32).

As described above, according to the present invention, by detecting the first information in the insect reptiles and transmits to the control center located in a remote location to generate the second information according to the first information and the second information back to the insect repellents By generating a control signal according to the transmission in real time to control the insect lamps, there is an effect of providing an interactive system such as insect insects controlled in real time in the environment.

In addition, it is common that a plurality of insect repellents are installed at every necessary place. Accordingly, it is easy to manage the insect repellent lamps at a remote control center without having to periodically visit the plurality of insect repellent lights. There is an advantage.

In addition, the plurality of insect traps are equipped with relatively inexpensive short-range communication means, and the concentrator collecting information such as the plurality of insect traps is equipped with a communication means capable of relatively long-distance communication, so that the cost is relatively low. It is effective to operate interactive systems such as insects.

In addition, it is possible to determine the type of pests captured by the insects, the timing of capture and the main activity time in real time, and by establishing a database for the pests according to the effective operation time of the insects, such as insects.

In addition, by grasping in real time the change in the brightness of the attracting lamp provided in the insect lamp in the remote control center, there is an effect that the attracting light can be controlled to maintain the optimum brightness.

In addition, the remote control center has the effect of realizing the internal and external temperature of the insects, such as fire alarm, overheat alarm and low temperature alarm to control the insects in real time.

In addition, there is an advantage that the real-time control, such as an earth leakage occurrence alarm and fire occurrence alarm by grasping the rainfall and humidity of the place where the insect light is installed in the control center of the remote place during the operation of the insect lamps.

In addition, the purpose is to grasp the wind speed information of the place where the insect lamps are installed in real time, when a strong wind is generated, it is possible to generate a forced power off signal and a strong wind alarm to control the insect lamps in real time.

In addition, it is possible to check the problem in real time by checking whether or not the insects are operating abnormally without having to visit the control staff to check the insects, there is an advantage that can control the insects.

In addition, the status of various consumable members such as an auxiliary power supply device, memory, attractant, and insecticide provided in the insect repellent is determined in real time to determine the replacement time and the charging time of the consumable member, or to delete the insect repellent by a delete signal after transmitting the memory. There is a controllable effect.

In addition, there is an effect that can determine the replacement operation time by grasping the current situation of the sticky or pest collecting means provided in the insect repellent, without having to visit the place where the insect repellent is installed.

In addition, when the user, such as insect reptiles confirm that the abnormality occurred in the insect reptiles and contact the person performing the control, there is an effect that can identify the problem in real time.

In addition, in addition to the information of the pests captured by the insects, such as environmental information of the environment where the insects are installed in real time to obtain a variety of information to facilitate the research on the insects, such as to be reflected in the design of better insects It has the effect of making it possible.

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)

In an interactive system such as a reptile to capture a flying pest, At least one sensor for collecting first information; A first transmission unit for transmitting the first information collected by the sensor; A first receiving unit for receiving the first information; A control unit for generating second information according to the received first information; A second transmitting unit for transmitting the second information; A second receiving unit which receives the second information; And A insect lamp control unit generating a control signal according to the received second information to control the insect lamp; And the sensor, the first transmitting unit, the second receiving unit, and the insect trap control unit are provided in the insect trap, and the first receiver unit, the control unit, and the second transmitter unit are the insect trap lamps. Interactive systems such as insects, characterized in that provided in a separate control center remotely and remotely. The method of claim 1, And the insect trap and the control center transmit and receive the first information and the second information using at least one of wired and wireless communication networks. The method of claim 2, The network includes 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 Ethernet. Interactive systems, such as insects, characterized in that at least one or more of (ETHERNET). The method of claim 1, And the control center further comprises a server unit for storing the first information and the second information. The method of claim 1, 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 such as insects The method of claim 5, And wherein the third information changes a predetermined setting value of the insect repellent lamp. The method of claim 6, The insect repellent lamp interactive system, characterized in that it comprises a display unit for displaying image information The method of claim 7, wherein The display unit includes at least one of a liquid crystal display (LCD), a light emitting diode (LED) or an organic EL (OELD), an interactive system such as insects, etc. The method of claim 5, The third information may be at least one of video and audio information. The method of claim 9, The interactive system, such as insects, characterized in that the image information is at least one of advertising or guidance information. The method of claim 1, The control center further includes an analysis unit for analyzing and processing the first information. The method of claim 1, 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 be internal, external, or Interactive systems such as insects, characterized in that provided in at least one of the adjacent positions. The method of claim 1, The first information is light brightness information, and the second information is a normal information signal when the first information is included in a preset light brightness range, and the back exchange signal when the first information is smaller than a preset low brightness standard. And otherwise, one of the signal for decreasing or increasing brightness such as changing the brightness of the lamp such that the first information is included in the preset lamp brightness range. The method of claim 13, And the brightness information is at least one of ultraviolet light intensity or illuminance. The method of claim 14, The lamp brightness information interactive system of the insect lamp, characterized in that the illuminance is calculated by collecting the ultraviolet intensity according to a predetermined illuminance criteria. The method of claim 13, The control signal is a light exchange signal by light or sound when the second information is a light exchange signal, and when the second information is a light decrease or increase signal, among the corresponding current change signals or voltage change signals, respectively. Interactive system, such as insects, characterized in that at least one. The method of claim 1, And wherein the first information is an internal or external temperature of the insect lamp, and the second information is a fire alarm when the predetermined temperature is equal to or greater than a preset first temperature value. The method of claim 17, When the second information is a fire alarm, the control signal is at least one 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. Interactive system such as insects. The method of claim 17, The first information is an internal or external temperature of the insect lamp, and the second information is an overheat alarm of the insect lamp when the second temperature value is greater than the preset second temperature value and less than the preset first temperature value. Interactive system. The method of claim 19, And the control signal is at least one of a cooling operation execution, a forced power cutoff signal, and a light or sound overheat alarm display signal when the second information is an overheat alarm. The method of claim 17, And wherein the first information is an internal or external temperature of the insect trap, and the second information is a low temperature alarm if it is less than or equal to a preset third temperature value. The method of claim 21, And the control signal is at least one signal of low temperature alarm generation, forced power off, and no pest activity indication by light or sound when the second information is a low temperature alarm. The method of claim 1, And the first information is wind speed information, and the second information is a strong wind alarm when the wind speed is higher than or equal to a predetermined wind speed. The method of claim 23, wherein And the control signal is a signal of at least one of a strong wind warning display and a forced power cut-off by light or sound when the second information is a strong wind alarm. The method of claim 1, The insect trap is an interactive system, such as insect traps, characterized in that it further comprises an opening that can control the opening and closing The method of claim 25, The first information is rainfall information, and the second information is a rain warning system, characterized in that when the rainfall is more than a predetermined rainfall. The method of claim 26, And the control signal is at least one signal of a possible leakage alarm, a heavy rain alarm, an opening closed, or a forced power off when the second information is a rainfall alarm. The method of claim 1, The insect trap is provided to open and close, the interactive system of the insect trap, characterized in that it further comprises a door unit for blocking or opening the outside and the internal devices provided in the insect trap. The method of claim 28, And wherein the first information is opening / closing information of the door part when the insect lamp is operated, and the second information is a door part opening alarm when the door part is opened. The method of claim 29, And the control signal is at least one signal of a door opening alarm display or a forced power cut-off by light or sound when the second information is a door opening alarm. The method of claim 1, The insect reptiles Sticky coated with a capture adhesive on one side so as to capture the fly pest; And A storage container for storing the captured insect pests; An interactive system such as a reptile, characterized in that it comprises a capture unit for capturing non-native pests. The method of claim 31, wherein The first information is capture information including a capture amount and a percentage value of the capture area with respect to the total captureable area, and the second information is equal to or greater than a predetermined capture amount or a predetermined total capture area corresponding to the first information, respectively. If the at least one of the above-mentioned percentage of the capture area is satisfied, the sticky replacement information system, characterized in that the sticky information. The method of claim 32, 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 31, wherein The first information is at least one of a storage container remaining amount, a storage container replacement remaining period, a string remaining amount, and a string remaining replacement period, and wherein the second information satisfies a condition that the first information is equal to or less than a corresponding reference value, respectively. Interactive system, such as insect reptiles, characterized in that at least one of the storage container replacement information or the sticky replacement information corresponding to the first information. The method of claim 34, The control signal is a storage container replacement signal by light or sound when the second information is a storage container replacement signal, and the storage container replacement signal by light or sound when the second information is a sticky replacement signal. Interactive system such as insects. The method of claim 31, wherein The first information is at least one of the number of pest catches that detects the number of pests captured by the insects, or the number of detection signals of the pests that enter the insects, and the second information corresponds to the first information corresponding to the first information. If the at least one condition that exceeds the set reference value is satisfied, the sticky light interactive system, characterized in that the replacement alarm. The method of claim 36, 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 1, The insect lamp is an interactive system of the insect lamp, characterized in that further comprising a secondary power supply for supplying auxiliary power to the insect lamp for a predetermined time when the power is cut off. The method of claim 38, The first information is voltage information of the auxiliary power supply, and the second information is at least one of a low voltage alarm, an auxiliary power supply exchange signal, and an auxiliary power charge signal when the second information is less than or equal to a preset reference value. . The method of claim 1, And the insect trap further includes a memory unit for storing the first information. The method of claim 40, The control unit produces a third information, the third information can be downloaded to the outside from the control unit, the downloaded third information is externally at least one of a universal serial bus (USB) or radio frequency identification (RFID) The interactive system of the insect lamp, characterized in that for changing the previously stored setting value of the control unit by being input to the insect lamp through means of. The method of claim 40, And the first information stored in the memory unit can be downloaded to the outside. The method of claim 40, And the first information is memory remaining information of the memory unit, and the second information is a memory alarm if the first information is equal to or less than a preset memory remaining amount. The method of claim 43, The control signal is at least one of a memory delete request and a memory download request indication stored after the first information stored in the memory unit is transmitted to the first receiving unit when the second information is a memory alarm. Interactive system such as insects. The method of claim 44, If the control signal is a memory erase stored after transmitting the first information stored in the memory unit to the first receiving unit, the memory stored in the memory is first deleted in the order of the stored time. . The method of claim 1, The insect reptiles Attractants as a means of attracting the adventitious pest; And Insecticides as a means of killing the adventitious pest; Interactive system, such as insects, characterized in that it further comprises. The method of claim 46, The first information is at least one of the remaining amount of attractant information and the remaining period of attractant replacement, and the second information satisfies at least one or more conditions in which the first information is less than a predetermined reference value corresponding to the first information, respectively. There is an interactive system of insect repellent, characterized in that the replacement agent warning. The method of claim 47, And the control signal is a attractant replacement information signal by light or sound when the second information is a attractant replacement alarm. The method of claim 46, The first information is at least one of pesticide remaining amount information and pesticide replacement remaining period, and the second information is insecticide when the first information satisfies at least one condition that is less than a predetermined reference value corresponding to the first information, respectively. Interactive system, such as insects, characterized in that the replacement alarm. The method of claim 49, And the control signal is an insecticide replacement information signal by light or sound when the second information is an insecticide replacement alarm. The method of claim 1, And the first information is operation state information, and the second information generates a first inspection alarm when the insect light is not in normal operation. The method of claim 51, The control signal initializes the system when the second information is the first inspection alarm, sets the insect lamp to an initial value, records the operation state information, and sends the operation state information to the first receiving unit. And at least one of a setting information reset or an abnormal operation signal by light or sound. The method of claim 1, The insect trap is an interactive system, such as the insect repellent further comprises an input unit for inputting the inspection information including the inspection whether the inspection, the inspection date, the inspector and the inspection details. The method of claim 53, And the first information further comprises inspection information input by the input unit. The method of claim 53, The first information is inspection information including whether or not to check and the number of days since the latest inspection date, and the second information is a case where the inspection of the first information is negative or whether the inspection is possible. And the second inspection alarm when the number of days since the latest inspection date is greater than or equal to a predetermined inspection cycle. The method of claim 55, The control signal is an interactive system such as insect repellent, characterized in that when the second information is a second check alarm, at least one or more signals of the check schedule short message is sent to the user by communication or check time notification display by light or sound. The method of claim 1, The insect repellent lamp interactive system further comprises a sensor for detecting the opening and closing of the entrance from the space to the outside when the insect repellent lamp is installed in a compartment partitioned from the outside. The method of claim 57, And the first information is elapsed time information after closing the entrance, and the second information is fade-off information when the elapsed time after closing the entrance is longer than a preset elapsed time. The method of claim 58, And the control signal is at least one of a no pest activity signal or a forced power off signal if the second information is fade off information. The method of claim 1, The first information is the external and internal humidity of the insect repellent lamp, the second information is a high humidity alarm when the predetermined humidity or more interactive system. The method of claim 60, And the control signal is at least one or more signals of a high humidity notification display, a forced power off, and a ground fault alarm when the second information is a high humidity alarm. The method of claim 1, The sensor is an interactive system, such as insects, characterized in that the camera to collect the vision information. The method of claim 62, The insect trap further includes an analysis module for analyzing the vision information to produce vision analysis information, wherein the first information further includes the vision analysis information. The method of claim 5, When a plurality of said insect repellents is provided, A first transmitting / receiving unit for receiving the first information transmitted from the insect repellent, and transmitting the first information to the control center; And A second transmitting and receiving unit which receives the second and third information transmitted from the control center and transmits the information to the insect repellent; Interactive system, such as insects, characterized in that it further comprises a concentrator provided. The method of claim 64, wherein The first information transmitted from the plurality of insects, etc. is received at the concentrator and transmitted to the control center, and the second and third information transmitted from the control center are received from the concentrator and the plurality of insects, etc. Interactive systems, such as insects, characterized in that transmitted. The method of claim 64, wherein The concentrator further includes a storage unit for storing the first information, and the interactive system of the insect repellent, etc., characterized in that it is provided to be able to download the first information stored in the storage unit to the outside. 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 insect repellent lamp, wherein the fourth information is transmitted to the insect repellent lamp by the second transmitting / receiving unit so that the insect repellent lamp An interactive system such as a insect repellent, characterized in that for changing a predetermined setting value of a control unit. The method of claim 67, The insect trap further includes a memory unit for storing the first information, and the fourth information transmitted from the concentrator is stored in the memory unit. In an interactive system operation method such as a reptile to capture a flying pest, A sensing step of collecting first information through a sensor provided in the insect trap; A first transmission and reception step of transmitting the first information to a separate control center remote from the insects; A first generation step of generating second information according to the received first information at the control center; A second transmission and reception step of transmitting the second information to the insect repellent; And Generating a control signal according to the received second information to control the insect lamp; Interactive system operation method such as insects made, including. The method of claim 69, The sensing step may further include collecting the vision information through the camera, wherein the sensor is a camera, and the first information further includes information obtained by interpreting the vision information. How to Operate Interactive Systems. The method of claim 69, The first transmitting and receiving step further comprises a first storing step of storing the first information. The method of claim 69, The first generation step further includes an analysis step of interpreting and processing the first information and a second storage step of storing the second information in a server. The method of claim 69, The first generation step further comprises a second generation step of producing third information independent of the first information, and the second transmission and reception step further comprises the step of transmitting the third information. How to operate interactive systems such as insects. The method of claim 69, And a third transmission / reception step of transmitting a result of controlling the insect light by the control signal to the control center. The method of claim 69, The sensing step may further include an input step of inputting inspection information including whether to inspect the insect, inspection date, inspector, and inspection contents, and the first information further includes inspection information. How to Operate Interactive Systems. The method of claim 69, The first transmitting and receiving step is provided with a plurality of insect repellent lamp, the first information transmitted from the plurality of insect repellent lamp to the concentrator, and further comprising the step of transmitting the first information from the concentrator to the control center Interactive system operation method such as insects to include.

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