KR101935956B1 - System for providing information of insect control breeding to utilize geo-fences and method thereof - Google Patents

Abstract

Disclosed is a system and method for providing control information using a geofence, which collects issues and data of a region using a geofence, and automatically provides the control information to the control person in charge. The control information providing system comprises a position measuring terminal for measuring a geographical position and generating and transmitting a position signal, receiving the position signal to judge that the position measuring terminal enters the geophone, and transmit control information to the user terminal And a database for storing the control server and the control information and providing the control information to the control server.

Description

FIELD OF THE INVENTION [0001] The present invention relates to a system and method for providing control information using geofence,

The present invention relates to a system and method for providing control information using a geofence, and more particularly, to a system and method for providing control information using geofence, This invention relates to a system and method for providing control information using geofences.

Pests such as cockroaches and ants, sea water such as rats or weasels, or seaweeds penetrate houses and buildings, destroying buildings and facilities, causing disgust to the residents, and transporting various germs and pathogens. . Thus, various solutions have been proposed to combat pests or to combat already infested pests.

In the conventional control method, the person who performs the control visits the building in the designated area directly and grasps the situation by means of a direct investigation, a resident interview, etc., and performs the control accordingly. According to this conventional method, detailed information on the ecology of insect pests such as infestation route, activity place, kind, and tolerance of infestation that penetrates into a predetermined target building is visited, There is a problem that it can not be grasped until before. As described above, when the control information is actually obtained by visiting and the countermeasures are taken, a lot of manpower, time and cost are required.

In order to solve such problems, automated systems have been proposed to detect the situation without visiting the buildings to be controlled directly by the control staff, but they have lacked a structure to perform effective control on the buildings requiring urgent response. In particular, when the appearance of pests is rapidly increased in some buildings, there is a problem that it is not possible to identify the person in charge of the control adjacent to the building where the appearance of the insect and the pollution have increased so much, and the control information can not be provided to the person in charge.

Disclosure of Invention Technical Problem [8] Accordingly, the present invention has been made keeping in mind the above problems occurring in the prior art, and it is an object of the present invention to provide a geophysical device, The present invention relates to a control information providing system using a fence and a method thereof.

The present invention also relates to a system and method for providing control information using a geofence that can provide effective control to a neighboring controller in a building requiring an urgent response.

The present invention also relates to a system and method for providing control information using a geofence that can reduce manpower, time and cost by providing a priority of a building to be controlled to a person in charge of control.

A control information providing system using geofences and a method thereof according to an embodiment of the present invention will be described.

A control information providing system using a geophone includes a position measuring terminal for measuring a geographical position and generating and transmitting a position signal, receiving the position signal to determine that the position measuring terminal enters the geophone, And a database for storing the control information and providing the control information to the control server.

According to one aspect of the present invention, the control server includes a collection module for collecting pest-related information data collected from a plurality of monitored objects and report data created through a pest control person; A positioning module for setting a reference object among the objects and setting the geofence including the reference object, a position analysis module for receiving a position signal transmitted by the position measurement terminal and analyzing the position of the position measurement terminal, A determination module for analyzing the control information based on each piece of data collected from the collection module, and a communication module for performing a wire / wireless communication function.

According to one aspect, the reference object may be a part of the surveillance object in which the number of pests among the plurality of monitored objects has surged.

According to one aspect, the reference object may be a part of the monitoring object in which the number of pests among the plurality of monitored objects exceeds a daily reference value.

According to one aspect, the setting module sets a rating for the plurality of monitored objects according to the number of pests in the set module, and the reference object may be more than a predetermined level among the plurality of monitored objects to which the rating is assigned.

According to one aspect, the geofence may be set to a certain radius based on the reference object.

According to one aspect, the geofence may be set in the administrative zone unit including the reference object.

According to one aspect of the present invention, the determination module can determine the medication to be used according to the type of the monitored object.

According to one aspect, the control information may include at least one of a control manual, a customer response manual, a pest capture information, the number of reports received by each item, information on medicines used, information on objects to be monitored, and control timing information.

A method for providing control information using geofences includes the steps of: a collection module collecting pest-related information data from a plurality of monitored objects and report data created through a pest control person; and a setting module, Setting a reference object among the objects to be monitored, setting a geofence including the reference object by the setting module, acquiring a position signal transmitted from the position measuring terminal by the position analyzing module, Analyzing the position of the position measuring terminal based on the transmitted position signal, and providing the control information to the user terminal when the position measuring terminal enters the geofence.

According to one aspect of the present invention, the step of setting the reference object may set, as the reference object, a part of the monitored object in which the number of insect pests has surged among the plurality of monitored objects.

According to one aspect of the present invention, the step of setting the reference object may set, as the reference object, a part of the monitored object having the number of pests among the plurality of monitored objects exceeding the daily reference value.

According to one aspect of the present invention, the step of setting the reference object includes the steps of: determining the number of insects trapped in the plurality of monitored objects; assigning a rating of the plurality of monitored objects according to the number of captured insects; And setting, as the reference object, a part of the plurality of monitored objects to which the class is assigned, the class of which is higher than the predetermined grade.

According to one aspect of the present invention, the step of setting the geofence may set the predetermined radius to the geofence based on the reference object.

According to one aspect, the step of setting the geofence may set the geofence in a unit of the administrative area including the reference object.

According to one aspect of the present invention, the step of providing the control information to the user terminal includes a step in which the determination module analyzes the control information in the database based on the collected data and transmitting the analyzed control information to the user terminal can do.

According to one aspect, analyzing the control information may include determining the type of the reference object in each of the collected data, and determining the used drug information in the database according to the type of the reference object. have.

SUMMARY OF THE INVENTION The present invention has been devised to solve the problems described above, and it is an object of the present invention to provide a method and apparatus for providing control information to a user terminal in a geofence by setting a geofence on the basis of a building or a zone, have.

In addition, it is possible to perform effective control by providing control information to a person in charge of the adjacent control for a building requiring an urgent response.

Also, by providing the priority of the building to be controlled to the person in charge of control, the manpower, time and cost can be saved.

1 is a block diagram showing a configuration of a control information providing system using a geofence according to an embodiment.
2 is a flowchart showing a flow of a method for providing control information using a geofence according to an embodiment.
3 is a flowchart showing the flow of a step of setting a reference object according to the embodiment.
4 is a schematic view schematically illustrating the geometry of the geofence and the entry of a position measuring terminal according to an embodiment.
5 is a flowchart showing the flow of providing control information according to an embodiment to a user terminal.
6 is a flowchart showing the flow of the step of analyzing the control information according to the embodiment.

Hereinafter, embodiments will be described in detail with reference to exemplary drawings. It should be noted that, in adding reference numerals to the constituent elements of the drawings, the same constituent elements are denoted by the same reference symbols as possible even if they are shown in different drawings. In the following description of the embodiments, detailed description of known functions and configurations incorporated herein will be omitted when it may make the best of an understanding clear.

In describing the components of the embodiment, terms such as first, second, A, B, (a), and (b) may be used. These terms are intended to distinguish the constituent elements from other constituent elements, and the terms do not limit the nature, order or order of the constituent elements. When a component is described as being "connected", "coupled", or "connected" to another component, the component may be directly connected or connected to the other component, Quot; may be "connected," "coupled," or "connected. &Quot;

1 is a block diagram showing a configuration of a control information providing system using a geofence according to an embodiment.

Referring to FIG. 1, the control information providing system 10 may include a position measuring terminal 100, a control server 200, a database 300, and a monitoring device 400.

The position measuring terminal 100 measures a geographical position and generates and transmits a position signal. That is, the position of the position measuring terminal 100 at the time of measurement can be generated as an electrical signal and transmitted to the control server 200 through the data communication network. Here, the data communication network refers to Wi-Fi, Bluetooth and 3G data communication network, ZigBee, beacon, WCMDA, and other wired / wireless communication networks.

The position measuring terminal 100 may be any device that measures a position and generates a position signal, such as a mobile terminal having a built-in GPS, a notebook, a navigation system, and a car with GPS. In addition, the POS terminal 100 may be a device capable of confirming the position of the person in charge of control by the control staff.

The control server 200 receives the position signal, determines that the position measuring terminal 100 enters the geophone G, and transmits the control information to the user terminal 500. The control server 200 may include a collection module 210, a setting module 220, a location analysis module 230, a determination module 240, and a communication module 250.

The collection module 210 can collect the pest related information data collected through the monitoring device 400 from the plurality of monitored objects T and the report data created through the pest control person. The data collected by the acquisition module 210 may be a reference for setting the geofence G. [

The monitoring device 400 may be installed in the monitored object to detect activity of the pest. Here, the monitored object T may refer to a building or area including a factory, a house, a building, a store, a company, and the like.

The monitoring apparatus 400 monitors the name of the monitored object T, the position of the monitored object T, the type of the monitored object T, the equipment and the number installed in the monitored object T, , Infiltration time, infiltration route, and infiltration site. The monitoring device 400 includes a predetermined sensing sensor for detecting pest-related information, an automatic medicine spraying device such as a manure syringe, a rodent manure catching frame, a heat sensor, a motion detector, Data can be collected.

The report data may include data output from a person in charge of control and output on a screen, a form of an electronic file, a form transmitted via e-mail, or the like, and may be actually output on paper. Such report data may also include pest related information.

The setting module 220 can set the reference object T1 among the plurality of monitored objects T based on the respective data collected from the collection module 2100. [

For example, the setting module 220 may set a certain monitored object, which has a large number of insect pests among the plurality of monitored objects T, to be the reference object T 1, from the pest related information included in each piece of data collected from the collection module 210 Can be set.

As another example, the setting module 220 can set, as the reference object T1, a part of the plurality of monitored objects T whose number of insects exceeds the daily reference value.

As another example, the setting module 220 may set a rating for a plurality of monitored objects T according to the number of pests. Then, the setting module 220 may set some monitored objects of a certain grade or more among the plurality of monitored objects T given the rating to the reference object T1. For example, the setting module 220 assigns the L1 level to the monitored object T when the number of the insects trapped in the monitored object T is 1 to 3, assigns the L2 rating to 4 to 10, If more than 10 dogs are available, they may be given an L3 grade. The setting module 220 can select some monitoring objects of the L3 grade or higher and set them as the reference object T1.

The setting module 220 sets the geofence G including the reference object T1 when the reference object T1 is set. Here, geofence (G) is a word that is a combination of 'Geo', which is a prefix indicating the meanings such as 'earth' and 'soil', and 'fence', which means a fence, Area.

For example, the setting module 220 may set the geofence G to a predetermined radius based on the reference object T1. The area where the control officer conducts the control is usually divided into administrative districts. Therefore, when the setting module 220 sets the geofence (g) to a certain radius based on the reference object T1, the person in charge of charge in charge of the adjoining area other than the charged area can also enter the geofence G In such cases, it may be effective for emergency response.

As another example, the setting module 220 may set the geofence G in the administrative zone unit including the reference object T1. When the setting module 220 sets the geofence G in the administrative area unit, the geofence G can be set in the area in charge of the person in charge of cleaning, and the person in charge of cleaning enters the geofence G The information of the reference object T1 to be urgently responded to may be transmitted to the control person in charge to provide the priority of the control process.

The position analysis module 230 may analyze the position of the position measuring terminal 100 by receiving the position signal transmitted by the position measuring terminal 100. For example, when the position analysis module 230 receives the position signal of the position measurement terminal 100 and enters the position G of the position measurement terminal 100 set by the setting module 220, An event that the POS terminal 100 has entered the geophone G can be generated.

The determination module 240 may analyze the control information based on the respective data collected from the collection module 210. [ For example, the determination module 240 receives the event that the POS terminal 100 has entered the geophone G and transmits the control information held by the database 300 based on the pest- Can be analyzed and provided. Here, the control information may include at least one of the control manual, the customer response manual, the pest capture information, the number of reports received per item, the medication information, the monitored object (T) information, and the pest control time information.

The database 300 may store control information and provide the control server 200 with control information. That is, the database 300 may provide the determination module 240 with the control information. Also, the database 300 may be capable of storing the respective data collected from the collection module 210.

In addition, the determination module 240 can statistically re-analyze the data collected in the collection module 210 according to a predetermined category of the control information stored in the database 300 for a predetermined period of time to determine the control information. That is, the determination module 240 can accumulate data collected over a relatively short period of time over a long period (month, season, year unit), observe the trend, and find secondary information related to the control from the accumulation .

For example, if an increased pattern of insect pests is observed in a monitored object (T) showing a similar pattern for a long period of time in the pest related information, there is a factor affecting the insect pest, And it can be assumed that it has not been solved. Using this long-term analysis, we can also identify the effects of structural changes in buildings and alteration of control chemicals on pest activity. In order to observe such a long-term trend, it is also possible to use the pest-related information analyzed for a short period of time, or to use it by averaging on a week or month basis.

Also, the determination module 240 may be able to determine the medication to be used according to the type of the monitored object T. For example, the determination module 240 may determine a medicament for use in a restaurant, a general home, a hospital, and the like, and determine a medicament to be used according to a use purpose of the monitored object T. In addition, the judgment module 240 analyzes the effect of installation of the medicines on the insect pests according to the type of medicines in the long term. If the medicines do not affect the insect pests, It is judged that the tolerance has occurred and it can be judged to change the medication to be used.

The communication module 250 may be capable of communicating with the location measurement terminal 100 and the user terminal 500. The communication module 250 may receive the position signal of the position measuring terminal 100. Also, the communication module 250 may transmit the control information provided by the determination module 240 to the user terminal 500. The communication module 250 may be connected to a Wi-Fi, a Bluetooth and a 3G data communication network, a ZigBee, a beacon, a WCMDA, and other wired / wireless communication networks.

The user terminal 500 can receive the control information transmitted through the control server 200. [ For example, the user terminal 500 may display the control information visually, including a short message (SMS), an e-mail push message, a URL (Uniform Resource Locator) It may be possible to receive information in any form that can provide information.

The user terminal 500 may be a mobile terminal, notebook, navigation, PC, etc., in which the control information may be visually displayed or provided via voice. In recent years, a GPS capable of transmitting position signals to mobile terminals, notebooks, and navigation systems is often incorporated. Although the position measuring terminal 100 and the user terminal 500 are shown as different components in the present embodiment, the present invention is not limited thereto and the user terminal 500 may be the same as the position measuring terminal 100. It is also possible that the person in charge of control can have any one terminal including both the user terminal 500 and the position measuring terminal 100. [

Hereinafter, a method of providing control information using a geofence using the control information providing system will be described with reference to FIG. 2 to FIG. The control information providing method describes the control information providing system and may include the same constituent elements as the described constituent elements, so that the description of the same constituent elements will be omitted.

2 is a flowchart showing a flow of a method for providing control information using a geofence according to an embodiment.

2, step S10 of collecting data, step S20 of setting a reference object, step S30 of setting a geofence, step S40 of obtaining a position signal of a position measuring terminal, Analyzing the position of the measuring terminal (S50), and providing the controlling information to the user terminal (S60).

First, in the step of collecting data (S10), the collection module 210 collects pest-related information data from a plurality of monitored objects T and report data created through a pest control person. The collection module 210 may collect the pest related information data through the monitoring device 400 disposed in the plurality of monitored objects T. [ Also, the collection module 210 can collect report data created through the person in charge of the control. Here, the report data may include pest-related information.

In step S20 of setting the reference object, the setting module 220 may set the reference object T1 among the plurality of monitored objects T based on the respective data collected by the collection module 210. [ For example, the setting module 220 may set a certain monitored object, which has a large number of insect pests among the plurality of monitored objects T, as the reference object T 1, from the pest related information included in each collected data.

As another example, the setting module 220 can set, as the reference object T1, a part of the plurality of monitored objects T whose number of insects exceeds the daily reference value.

As another example, the reference object T1 can be set as shown in Fig. 3 is a flowchart showing a flow of a step of setting a reference object according to an embodiment.

Referring to FIG. 3, step S20 of setting a reference object includes step S21 of judging the number of trapped pests of the monitored object T, step S22 of assigning a rating according to the number of individuals, And setting the monitored object T as a reference object (S23).

In the step S20 of setting the reference object, the setting module 220 assigns a rating to a plurality of monitored objects T according to the number of insect pests and sets some monitored objects T having a predetermined grade or more as a reference object T1 .

In step S21 of determining the number of trapped insects of the monitored object T, the setting module 220 analyzes each data collected by the collection module 210 to determine the number of insects trapped in the monitored object T .

In step S22 of assigning a rating according to the number of individuals, the setting module 220 can set a rating for a plurality of monitored objects T according to the number of trapped insects. For example, the setting module 220 assigns the L1 level to the monitored object T when the number of the insects trapped in the monitored object T is 1 to 3, assigns the L2 rating to 4 to 10, If more than 10 dogs are available, they may be given an L3 grade.

In the step S23 of setting the monitored object T having a certain grade or more as a reference object, the setting module 220 sets a part of the plurality of monitored objects T, It is possible to set the object T1. For example, the setting module 220 may select some of the monitored objects T that have been given the L3 rating and set them as the reference objects T1.

Next, in step S30 of setting the geofence, the setting module 220 can set the geofence G including the set reference object T1.

4 is a schematic view schematically illustrating the geometry of the geofence and the entry of a position measuring terminal according to an embodiment.

Figure 4a is a schematic diagram illustrating the shape of a circular geometry according to one embodiment.

Referring to FIG. 4A, the setting module 220 can set a geofence G having a certain radius based on the reference object T1. The area where the control officer conducts the control is usually divided into administrative districts. Therefore, when the setting module 220 sets the geofence G to a predetermined radius based on the reference object T1, the person in charge of the charge that is in charge of the adjacent area other than the chargeable area can also enter the geofence G . Therefore, it is possible to prevent the reference object (T1) urgently needed according to the situation even if it is not the person in charge of controlling the area.

4B is a schematic view showing the geometry of the administrative zone unit according to another embodiment.

Referring to FIG. 4B, the setting module 220 may set the geofence G in the administrative zone unit including the reference object T1. When the setting module 220 sets the geofence G in the administrative zone, the geofence G can be set in the zone in charge of the person in charge of the control. Therefore, the control information providing system 10 can provide the priority of the control progress by transmitting the information of the reference object T1 to be urgently responded to when the control person enters the geofence (G).

Next, in step S40, the position analysis module 230 acquires the position signal transmitted from the position measurement terminal 100 in the step S40 of acquiring the position signal of the position measurement terminal. For example, the location analysis module 230 obtains a location signal transmitted from the POS terminal 100 including equipment capable of transmitting a location such as GPS.

4A and 4B, the position analysis module 230 analyzes the position of the position measuring terminal 100 based on the transmitted position signal (step S50) . The location analysis module 230 analyzes whether the location measurement terminal 100 has entered the geofence G. [ That is, the location analysis module 230 analyzes whether or not the person in charge of cleaning the location measurement terminal 100 has entered the geofence.

In the step S60 of providing the control information to the user terminal, when the positioning terminal 100 enters the geofence G based on the location information analyzed by the location analysis module 230, And provides the control information to the user terminal 500.

5 is a flowchart showing the flow of providing control information according to an embodiment to a user terminal.

Referring to FIG. 5, step S60 of providing the control information to the user terminal may include analyzing the control information (S61) and transmitting the analyzed control information to the user terminal (S62).

In the step S61 of analyzing the control information, the determination module 240 may analyze the control information in the database 300 based on the collected data. For example, when the positioning terminal 100 enters the geophone G, the determination module 240 can analyze the control information held by the database based on the pest-related information data of the monitored object T . Here, the control information may include at least one of the control manual, the customer response manual, the pest capture information, the number of reports received per item, the medication information, the monitored object (T) information, and the pest control time information.

6 is a flowchart showing the flow of the step of analyzing the control information according to the embodiment.

Referring to FIG. 6, step S61 of analyzing the control information may include a step S611 of determining the type of the reference object and a step S612 of determining the drug information to be used.

In step S611, the determination module 240 may determine the type of the reference object T1 set in each piece of data collected by the collection module 210. For example, The type of the reference object T1 is the use of the reference object T1 such as a house, a company, a hospital, a restaurant, or a factory.

In step S612, the determination module 240 determines drug information in the database according to the determined type of the reference object T1. Medicines used in restaurants and medicines used in hospitals may vary depending on flavor and ingredients. In addition, other medicines can be used to prevent accidents such as drunkenness in a house where the use is the same. Therefore, the determination module 240 determines and provides the medication information according to the type of the reference object T1.

5, in the step S62 of transmitting the analyzed control information to the user terminal, the control information analyzed by the determination module 240 can be transmitted to the user terminal 500 through the communication module 250 have. The user terminal 500 may be a means capable of providing control information to the person in charge of control. That is, the user terminal 500 may be a terminal held by the person in charge of control. The user terminal 500 can display the control information visually, including information such as SMS, E-mail Push Message and URL (Uniform Resource Locator) Reception in all possible forms may be possible.

According to the present embodiment, it is possible to provide control information to a user terminal in the geofence by setting geofences on the basis of a building or an area where the appearance of pests increases or exceeds the daily reference value.

In addition, it is possible to perform effective control by providing control information to a person in charge of the adjacent control for a building requiring an urgent response.

Also, by providing the priority of the building to be controlled to the person in charge of control, the manpower, time and cost can be saved.

Although the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, And various modifications and changes may be made thereto without departing from the scope of the present invention. Accordingly, the spirit of the present invention should not be construed as being limited to the embodiments described, and all of the equivalents or equivalents of the claims, as well as the following claims, belong to the scope of the present invention .

T: Monitored object T1: Reference object
G: Geofence 10: Control information providing system
100: Position measurement terminal 200:
210: collection module 220: setting module
230; Position analysis module 240:
250: communication module 300: database
400: Monitoring device 500: User terminal

Claims (17)

A monitoring device installed in a plurality of monitored objects to detect pest activity and generate pest related information data;
A position measuring terminal for measuring a geographical position of a person in charge of control and generating and transmitting a position signal;
Collecting and analyzing the pest-related information data and the report data created through the control officer to set a monitored object of the plurality of monitored objects as a reference object, setting a geofence including the reference object, A control server that receives the location measurement terminal and determines that the location measurement terminal enters the geofence, and transmits the control information to the user terminal of the pollution officer who has entered the geofence; And
A database for holding the control information and providing the control information to the control server;
/ RTI >
The reference object,
If the number of pests is soaring, the number of insect pests exceeds the daily standard value,
The control server,
Wherein the control agent judges the use agent according to the kind of the monitored object and the member of the monitored object according to the use and includes the agent in the control information. The method according to claim 1,
The control server,
A collection module for collecting the pest-related information data and the report data;
A setting module for setting the reference object based on each data collected from the collection module and setting the geofence;
A position analysis module for receiving a position signal transmitted by the position measurement terminal and analyzing the position of the position measurement terminal;
A determination module for analyzing the control information based on each piece of data collected from the collection module; And
A communication module for performing a wire / wireless communication function;
And a control unit for controlling the control unit. delete delete 3. The method of claim 2,
Wherein the setting module comprises:
A system for providing control information using a geofence that sets a rating for a plurality of monitored objects according to the number of insect pests. 3. The method of claim 2,
The geofence may be,
Wherein the control information is set to a predetermined radius based on the reference object. 3. The method of claim 2,
The geofence may be,
Wherein the control information is set in a unit of the administrative zone including the reference object. delete 3. The method of claim 2,
Wherein the control information includes:
A control information system using a geofence that includes at least one of a control manual, a customer response manual, pest capture information, the number of reports received per item, information on medicines used, information on objects to be monitored, and control timing information. The collection module collecting pest-related information data from the plurality of monitoring objects and report data created through the pest control person;
Setting a reference object among the plurality of monitored objects based on the collected data;
Setting the geofence including the reference object by the setting module;
The position analysis module acquiring a position signal transmitted from the position measurement terminal;
Analyzing a position of the position measuring terminal based on the transmitted position signal; And
Providing control information to the user terminal when the positioning terminal enters the geofence;
Lt; / RTI >
Wherein the control information includes:
Wherein the analysis module includes information on the kind of the monitoring object according to the use and information on the usage medication judged according to the member of the monitoring object,
The reference object,
A method of providing control information using a geofence, wherein the number of pests is soaring, the number of pests exceeds the daily reference value, or the number of classes assigned to the number of pests is a certain level or higher. delete delete delete 11. The method of claim 10,
The step of setting the geophone includes:
And setting a predetermined radius to the geofence on the basis of the reference object. 11. The method of claim 10,
The step of setting the geophone includes:
And setting the geofence in units of administrative zones including the reference object. 11. The method of claim 10,
The step of providing the control information to the user terminal comprises:
Analyzing the control information in a database based on the collected data; And
Transmitting the analyzed control information to the user terminal;
The method comprising the steps of: delete

Images