阅读说明：本技术 有害生物防治监测方法、装置、系统及存储介质 (Pest control monitoring method, device, system and storage medium ) 是由 刘化荣 于 2021-07-27 设计创作，主要内容包括：本申请涉及一种有害生物防治监测方法、装置、系统及存储介质。其方法包括获取各个摄像模块传输的视频数据；基于预存的有害生物模型表提取各个视频数据中带有有害生物的图片数据,同时提取有害生物模型表中对应的有害生物信息；基于图片数据和有害生物信息输出报警信息；基于报警信息输出捕杀指令。发现屋内有有害生物后,输出报警信息,便于相关人员避让,而后输出捕杀指令,对有害生物进行捕杀,一方面便于减少有害生物在家中存活的时间,另一方面不易对家中的小孩或宠物造成伤害。本申请具有便于对家庭有害生物进行防治监测的效果。(The application relates to a pest control monitoring method, a device, a system and a storage medium. The method comprises the steps of obtaining video data transmitted by each camera module; extracting picture data with pests in each video data based on a pre-stored pest model table, and simultaneously extracting corresponding pest information in the pest model table; outputting alarm information based on the picture data and the pest information; and outputting a killing instruction based on the alarm information. After harmful organisms are found in a room, alarm information is output, related personnel can conveniently avoid the harmful organisms, then a catching and killing instruction is output, the harmful organisms are caught and killed, on one hand, the survival time of the harmful organisms at home is conveniently shortened, and on the other hand, children or pets at home are not easily injured. The method has the effect of conveniently preventing, treating and monitoring the household pests.)

1. A method of monitoring pest control, comprising:

acquiring video data transmitted by each camera module (1);

extracting picture data with pests in each video data based on a pre-stored pest model table, and simultaneously extracting corresponding pest information in the pest model table;

outputting alarm information based on the picture data and the pest information;

and outputting a killing instruction based on the alarm information.

2. A pest control monitoring method according to claim 1, characterised in that: the pest model table stores a plurality of pest models and pest information corresponding to each pest model, wherein the pest information comprises a biological name, juvenile information, adult information and habit information;

the step of outputting alarm information based on the picture data and the pest information includes:

acquiring characteristic information of harmful organisms in the picture data through the picture data;

comparing the characteristic information with the pest information to judge whether the pest is in an adult state;

when the pests are in the adult stage, outputting a first alarm instruction;

and outputting a second alarm instruction when the harmful organisms are in the juvenile period.

3. A pest control monitoring method according to claim 2, characterised in that: the step of outputting a first alarm instruction comprises:

transmitting the picture data to a pre-stored contact person;

the step of outputting a second alarm instruction comprises:

storing the picture data into a storage module;

the step of outputting a killing instruction based on the alarm information comprises the following steps:

when outputting the first alarm instruction, transmitting a starting instruction to a controller (32) of the killing mechanism (3);

when the second alarm instruction is output, the start instruction is transmitted to the controller (32) of the catching and killing mechanism (3) at the corresponding time based on the habit information of the pest information, and the brake instruction is transmitted to the controller (32) of the catching and killing mechanism (3) at the corresponding time.

4. A pest control monitoring method according to claim 3, characterised in that: before the transmitting the picture data to the pre-stored contact, further comprising:

acquiring position information of the camera module (1) for transmitting video data with pests;

when the picture data are transmitted to the pre-stored contact person, the position information corresponding to the camera module (1) is transmitted to the pre-stored contact person together.

5. A pest control monitoring method according to claim 4, characterised in that: after the acquiring the position information of the camera module (1) transmitting the video data with the harmful organisms, the method further comprises the following steps:

adding one to the pest feeding frequency of the corresponding camera module (1) in the storage module;

and sequencing all the camera modules (1) in the storage module based on the pest-entering times of all the camera modules (1).

6. A pest control monitoring method according to claim 3, characterised in that: the step of outputting a killing instruction based on the alarm information further comprises:

and when the first alarm instruction is output, transmitting an air supply instruction to a controller (32) of the killing mechanism (3).

7. A pest control monitoring method according to claim 3, characterised in that:

after the transmission of the activation command to the controller (32) of the killing mechanism (3), the method further comprises:

acquiring image data transmitted by a video module (33) arranged on the catching and killing mechanism (3);

when a predetermined protection pattern appears in the image data, a braking command is transmitted to a controller (32) of the capturing and killing mechanism (3).

8. A pest control monitoring device comprising a memory and a processor, characterized in that: the storage stores a pest control monitoring program; the processor when executing the pest control monitoring program performs the steps of any of the methods of claims 1-7.

9. A pest control monitoring system, characterized by: comprising a killing mechanism (3), a control and monitoring device (2) as claimed in claim 8 and a plurality of camera modules (1) installed at the entrance of a house;

the control monitoring device (2) is used for acquiring video data transmitted by each camera module (1), extracting picture data with pests in each video data based on a pre-stored pest model table, and simultaneously extracting corresponding pest information in the pest model table;

the control monitoring device (2) is also used for outputting alarm information based on the picture data and the pest information, outputting a killing instruction based on the alarm information, and controlling the action of the killing mechanism (3).

10. A storage medium, characterized by: a computer program which can be loaded by a processor and which performs the method according to any of claims 1-7.

Technical Field

The invention relates to the field of pest control, in particular to a pest control monitoring method, device and system and a storage medium.

Background

Pests are organisms that, under certain conditions, endanger the life, production and even survival of humans, in most cases animals, such as mosquitoes, flies and fleas, which can transmit diseases or viruses; and locust and aphid harmful to agricultural and forestry crops. In daily life, rats, cockroaches and termites are the most common, and the bait has the advantages of strong viability, strong reproductive capacity, certain alertness and difficulty in killing.

Existing rat, cockroach, and termite control monitoring methods or control monitoring devices are generally installed outdoors and are mostly arranged by specific institutions or pest control companies. For example, patent publication No. CN112471103A discloses a pest integrated intelligent monitoring and controlling system. The system comprises a small animal catching device for catching mice, an insect catching device for catching winged insects, a bird repelling device for repelling birds, a carrier communication device, a network management alarm device and an intelligent analysis device. The carrier communication device is connected with the gateway alarm device to make the gateway alarm device alarm; the intelligent analysis device is convenient for analyzing the information such as the damage level, the pest species and the quantity of the pests, and is convenient for relevant responsible persons to design pest solutions according to local conditions.

In view of the above-mentioned related art, the inventors believe that the small animal catching device, the insect catching device, and the bird repelling device are easily harmful to children or pets in a household when used at home; and the pest information analyzed by the intelligent analysis device cannot directly play a role in catching and killing pests in the family, so that the related technology is difficult to be applied to daily control and monitoring of the pests in the family.

Disclosure of Invention

The invention provides a pest control and monitoring method, a device, a system and a storage medium, which are used for facilitating control and monitoring of domestic pests.

In a first aspect, the pest control monitoring method provided by the application adopts the following technical scheme:

a pest control monitoring method comprising:

acquiring video data transmitted by each camera module;

extracting picture data with pests in each video data based on a pre-stored pest model table, and simultaneously extracting corresponding pest information in the pest model table;

outputting alarm information based on the picture data and the pest information;

and outputting a killing instruction based on the alarm information.

By adopting the technical scheme, each camera module can be arranged at an indoor and outdoor communication position, such as a window, a door or a sewer pipe; the camera module may also be installed in a location where pests easily pass, such as a warehouse, a kitchen, or a wall. The pests are monitored by acquiring the video data transmitted by each camera module and combining a pest model table. And alarming once the harmful organisms appear in the video data, and outputting a killing instruction based on the alarming information.

On one hand, devices for catching insects, birds and small animals do not need to be placed indoors, so that the occupied space is reduced, and children or pets in families are not easily damaged; on the other hand, the method of alarming first and then killing is adopted. Firstly, alarming is carried out, so that related personnel can know the information of harmful organisms in the room conveniently; and then the same or different killing instructions are adopted according to the alarm information to kill the pests. The related personnel can be adults at home or children, namely the related personnel can know that the catching and killing instruction is about to be output by outputting alarm information, so that the related personnel in the house can avoid the instruction conveniently, danger is not easy to occur, and the method is convenient for preventing, controlling and monitoring the harmful organisms in the house. Because the catching and killing instruction is directly output, the direct action on pest control is facilitated.

Optionally, a plurality of pest models and pest information corresponding to each pest model are stored in the pest model table, where the pest information includes a biological name, juvenile information, adult information, and habit information;

the step of outputting alarm information based on the picture data and the pest information includes:

acquiring characteristic information of harmful organisms in the picture data through the picture data;

comparing the characteristic information with the pest information to judge whether the pest is in an adult state;

when the pests are in the adult stage, outputting a first alarm instruction;

and outputting a second alarm instruction when the harmful organisms are in the juvenile period.

By adopting the technical scheme, the characteristics of the pests in the image data are identified to obtain the characteristic information of the pests. The pest information and the characteristic information of the pests are used for knowing whether the pests are in adults or not, and because the adult pests have reproductive capacity, the first alarm instruction is output when the pests in the adult stage are found, and the first alarm instruction is distinguished from the second alarm instruction output when the pests in the juvenile stage are found. The condition of the pests in different periods can be controlled, and the probability of breeding the pests in the adult period at home is reduced.

Optionally, the step of outputting the first alarm instruction includes:

transmitting the picture data to a pre-stored contact person;

the step of outputting a second alarm instruction comprises:

storing the picture data into a storage module;

the step of outputting a killing instruction based on the alarm information comprises the following steps:

when outputting the first alarm instruction, transmitting a starting instruction to a controller of the killing mechanism;

and when the second alarm instruction is output, transmitting a starting instruction to the controller of the catching and killing mechanism at the corresponding time based on the habit information of the pest information, and transmitting a braking instruction to the controller of the catching and killing mechanism at the corresponding time.

By adopting the technical scheme, the picture data is transmitted to the pre-stored contact persons for the adult pests entering home. On one hand, related personnel at home can know that the pests in the adult stage enter the home in time, so that the pests can be treated conveniently; on the other hand, the image data contains the pests, so that the relevant personnel can know the types of the pests entering the home, and the pest control work is carried out in a targeted manner.

In addition, the catching and killing instruction based on the first alarm instruction is to immediately start the catching and killing mechanism, so that pests in the adult period can be conveniently and timely caught and killed, and the probability of breeding of the pests at home is reduced. And the catching and killing instruction based on the second alarm instruction is combined with the habit information of the pests, and the catching and killing mechanism is started in a specific time period, so that the probability that the catching and killing mechanism damages children or pets in home is reduced.

Optionally, before the transmitting the picture data to the pre-stored contact, the method further includes:

acquiring position information of the camera module for transmitting video data with pests;

and when the picture data is transmitted to the pre-stored contact person, transmitting the position information corresponding to the camera module to the pre-stored contact person together.

By adopting the technical scheme, related personnel can conveniently know the channel through which the harmful organisms enter the room, so that the related personnel can conveniently arrange the channel, and the probability of the harmful organisms entering the room is reduced.

Optionally, after the acquiring the position information of the camera module transmitting the video data with the harmful organism, the method further includes:

adding one to the pest feeding times of the corresponding camera module in the storage module;

and sequencing all the camera modules in the storage module based on the insect-entering times of all the camera modules.

By adopting the technical scheme, related personnel can conveniently take the times of pest entering at the positions where the camera modules are located in the storage module, so that the house structure is pertinently changed, the probability of pests entering the house is reduced, and the prevention effect of the pests in the family is improved.

Optionally, the step of outputting the killing instruction based on the alarm information further includes:

and when the first alarm instruction is output, transmitting an air supply instruction to a controller of the killing mechanism.

By adopting the technical scheme, the controller supplies air after receiving the air supply instruction, so that the smell of the bait in the catching and killing mechanism is conveniently emitted to every corner indoors, harmful organisms in the adult stage are attracted to the catching and killing mechanism to eat the bait, the indoor harmful organisms are timely caught and killed, the probability of breeding the harmful organisms in the adult stage in the room is reduced, and the effect of preventing and controlling the family harmful organisms is conveniently improved.

Optionally, after the transmitting the starting instruction to the controller of the killing mechanism, the method further comprises:

acquiring image data transmitted by a video module arranged on the catching and killing mechanism;

and transmitting a braking instruction to a controller of the killing mechanism when a preset protection model appears in the image data.

By adopting the technical scheme, the protection model can be used for children or pets, when the children or the pets are close to the catching and killing mechanism, the catching and killing mechanism is controlled to brake, namely the catching and killing mechanism is closed, and the children or the pets at home are not easily damaged.

In a second aspect, the pest control and monitoring device provided by the present application adopts the following technical scheme:

a pest control monitoring device comprises a memory and a processor, wherein a pest control monitoring program is stored in the memory; the processor is used for executing the steps of the method when the pest control monitoring program is operated.

By adopting the technical scheme, the pest in the family can be conveniently prevented, controlled and monitored.

In a third aspect, the pest control and monitoring system provided by the present application adopts the following technical scheme:

a pest control and monitoring system comprising a killing mechanism, the control and monitoring device of claim 8, and a plurality of camera modules mounted at an entrance to a building;

the control monitoring device is used for acquiring video data transmitted by each camera module, extracting picture data with pests in each video data based on a pre-stored pest model table, and simultaneously extracting corresponding pest information in the pest model table;

the control monitoring device is also used for outputting alarm information based on the picture data and the pest information, outputting a killing instruction based on the alarm information and controlling the action of the killing mechanism.

Through adopting above-mentioned technical scheme, camera module installs at the house entrance, is convenient for in time discover the harmful organism that gets into the family. After the harmful organisms are found, an alarm is given, and then a killing instruction is output to kill the harmful organisms at home. The device is beneficial to directly playing a role in catching and killing indoor pests, and is convenient for preventing, controlling and monitoring household pests.

In a fourth aspect, the present application provides a storage medium, which adopts the following technical solutions:

a storage medium storing a computer program which can be loaded by a processor and which performs the method according to any of claims 1-7.

In conclusion, after the harmful organisms are found in the room, alarm information is output, so that the related personnel can conveniently know that the harmful organisms exist in the room, and the related personnel can conveniently know that the catching and killing instruction can be output to catch and kill the harmful organisms, so that the related personnel can conveniently and actively avoid the harmful organisms when catching and killing the harmful organisms, and the harmful organisms are not easily damaged to children or pets at home. The device can be used for directly catching and killing pests at home, is convenient for directly treating the pests, reduces the survival time of the pests at home, and is convenient for preventing, controlling and monitoring the pests at home.

Drawings

Fig. 1 is a block diagram of a pest control monitoring system according to an embodiment of the present application.

Fig. 2 is a schematic view of the overall structure of the killing mechanism according to the embodiment of the present application.

FIG. 3 is a schematic view of the embodiment of the present application after the activation of the killing mechanism.

Fig. 4 is a flowchart of a pest control monitoring method according to an embodiment of the present application.

Fig. 5 is a flowchart of alarm information output in a pest control monitoring method according to an embodiment of the present application.

Description of reference numerals:

1. a camera module; 2. a control monitoring device; 3. a killing mechanism; 31. mounting a box; 32. a controller; 33. a video recording module; 34. a fan; 35. a bait box; 351. a through groove; 36. a driver; 37. a door panel.

Detailed Description

The embodiment of the application discloses a pest control monitoring system. Referring to fig. 1, the intelligent monitoring system comprises a plurality of camera modules 1, wherein the camera modules 1 can be installed at each entrance of a house, and at least one camera module 1 is installed at each entrance, so that the entrance of the house can be monitored conveniently, and harmful organisms entering the house can be found in time; the entrance to the house includes windows, doors and sewer lines. Several camera modules 1 can also be installed in indoor kitchens, storage rooms, toilets and dark corners, i.e. locations where the probability of harmful organisms being found is high.

The system also comprises a prevention and control monitoring device 2 and a catching and killing mechanism 3, wherein the prevention and control monitoring device 2 is connected with each camera module 1 in a wired connection mode or a wireless connection mode, such as optical fiber or Bluetooth. The control monitoring device 2 is used for acquiring video data transmitted by each camera module 1, extracting picture data with pests in each video data based on a pre-stored pest model table, and extracting corresponding pest information in the pest model table; and outputting alarm information based on the picture data and the pest information, outputting a killing instruction based on the alarm information, and controlling the action of the killing mechanism 3. The output alarm information is convenient for relevant personnel to know that harmful organisms survive at home, so that the relevant personnel can make a treatment scheme aiming at the harmful organisms; the output catching and killing instruction is convenient for catching and killing pests at home, and pest control is realized.

Specifically, referring to fig. 2, the killing mechanism 3 includes a controller 32, and the controller 32 is in wireless communication with the prevention and control monitoring device 2 and is configured to receive the killing instruction transmitted by the prevention and control monitoring device 2. The Camera module 1 may be a Camera or an internet protocol Camera (IP Camera, IPC); the pest control monitoring device 2 comprises a memory and a processor, wherein the memory stores a pest control monitoring program, and the processor is used for executing the pest control monitoring method when the pest control monitoring program is operated; the controller 32 of the killing mechanism 3 may be a single chip microcomputer or an MCU.

For ease of understanding, referring to fig. 1 and 2, in one embodiment, the killing mechanism 3 includes a mounting cartridge 31, a controller 32, a video module 33, a blower 34, a plurality of bait cartridges 35, and a plurality of drives 36. The mounting box 31 is of a hollow structure, and the controller 32, the video recording module 33 and the fan 34 are all mounted on the upper surface of the mounting box 31; the video recording module 33 is in communication connection with the prevention and control monitoring device 2 and is used for transmitting the shot image data to the prevention and control monitoring device 2; the starting and braking control end of the fan 34 is in communication connection with the controller 32; the brake-on control terminals of the plurality of actuators 36 are communicatively coupled to the controller 32.

The bait boxes 35 are three in number, and the three bait boxes 35 are all located inside the mounting box 31. The number of the drivers 36 is six, two drivers 36 are corresponding to each bait box 35, and the drivers 36 can be air cylinders, oil cylinders, electric cylinders or screw modules and are used for driving the correspondingly connected bait boxes 35 to move in the vertical direction.

Referring to fig. 2 and 3, the lower end of the mounting box 31 is opened with three openings, each opening is communicated with the inside of the mounting box 31, and each opening corresponds to one bait box 35. Each opening is internally provided with a door plate 37 which is connected with the mounting box 31 through a spring hinge, when the bait box 35 moves downwards, the door plate 37 is extruded by the bait box 35 to open the corresponding opening, and the lower end of the bait box 35 extends out of the opening; after the bait box 35 completely enters the inside of the mounting box 31, the door 37 is subject to the elastic force of the spring hinge to automatically close the corresponding opening. The lower end of the bait box 35 is provided with a through groove 351, so that the bait can be conveniently placed in the bait box 35. Since the bait case 35 is provided in plural, it is possible to place baits attracting different harmful organisms in each bait case 35. For example, three bait cartridges 35 are respectively placed with bait for poisoning rats, bait for poisoning cockroaches, and bait for poisoning termites.

Referring to fig. 2 and 3, the air outlet end of the fan 34 is communicated with the through grooves 351 of the three bait boxes 35, and is used for supplying air into the through grooves 351 of the three bait boxes 35 after the fan 34 is started, so that the smell of the bait can be rapidly diffused, and harmful organisms in a home can be attracted.

The pest control monitoring method will be described in detail below with reference to the above-described pest control monitoring system.

The application discloses a pest control monitoring method, with reference to fig. 4, comprising:

and S100, acquiring video data transmitted by each camera module 1.

Each camera module 1 corresponds to an entrance to the house, which refers to a passage communicating with the outside of the house, such as windows, doors and sewer pipes. The camera module 1 transmits the shot video data to the prevention and control monitoring device 2 in real time.

S200, extracting picture data with pests in each video data based on the pre-stored pest model table, and extracting corresponding pest information in the pest model table.

Wherein the pest model table is pre-stored in the memory. The pest model table stores a plurality of pest models and pest information corresponding to the respective pest models. For example, models of mice, cockroaches and termites are stored in the pest model table, and each model corresponds to pest information; the pest information includes a biological name, juvenile information, adult information, and habit information. It should be noted that there may be a plurality of models for different types of pests, and the plurality of models may differ in operation or type. For example, a model of a mouse during running and a model when standing may be set; for another example, a model of a vole, a model of a mus musculus, and a model of a gerbil may be set.

In addition, image recognition techniques, such as the CNN algorithm, are used to extract the picture data with the pests. The extraction method may be to acquire each pest model in the pest model table and extract the feature information of the pest model. When an object with the same characteristic information as that of a certain pest model appears in the video data, a picture with the object in the corresponding video is extracted, and the picture is regarded as picture data.

The extraction mode can also be that original picture data corresponding to each camera module 1 is prestored in a memory, the control monitoring device 2 compares each video data with the corresponding original picture data, and when a difference exists between a certain frame image of the video data and the corresponding original picture data, the frame image is compared with each pest model in the pest model table; if a living body identical to a certain pest model exists in the frame image, the frame image is regarded as picture data. For example, after one camera module 1 is installed above a window, the shooting positions of the camera modules 1 are the same; that is, the picture in the video data is always the same, and the picture is taken as the original picture data of the camera module 1. After the control monitoring device 2 acquires the video data of the camera module 1, each frame of picture in the video data is compared with the original picture data. When a mouse enters the room from the window, the mouse appears in the video data. At the moment, the control and monitoring device 2 obtains a picture different from the original picture data from the video data, namely, a picture with mice; and then comparing the model with difference in the picture with each pest model to obtain that the pest appearing in the picture is a mouse.

In addition, after it is known that a pest in the picture data corresponds to a certain pest model in the pest model table, the corresponding pest information may be extracted. For example, if the pest in the picture data is obtained to correspond to the mouse model based on the picture recognition technology, the mouse information corresponding to the mouse model is extracted; and when the pest in the picture data corresponds to the cockroach model, extracting the cockroach information corresponding to the cockroach model.

And S300, outputting alarm information based on the picture data and the pest information.

Referring to fig. 5, the specific steps of S300 include:

and S310, acquiring characteristic information of the pests in the picture data through the picture data.

The characteristic information includes at least one of body length, body width, body height, presence or absence of wings, and body color of the harmful organism.

And S320, comparing the characteristic information with the pest information to judge whether the pest is in an adult state.

It is understood that the standards for determining the harmful organisms of each type are different, and thus the juvenile information and the adult information of each type of harmful organisms are different. For example, young mice and adult mice mainly judge body length, body width, or body height. The judgments of cockroaches in the juvenile stage and cockroaches in the adult stage are mainly made of wings, and can be made of body length, body width or body height. In this example, once white ants were found, they were treated uniformly in adulthood, because termites were more harmful.

S330, outputting a first alarm instruction when the pests are in the adult stage; and outputting a second alarm instruction when the harmful organisms are in the juvenile period.

The step of outputting a first alarm instruction comprises:

position information of the camera module 1 transmitting video data with a pest is acquired.

It will be appreciated that, since each camera module 1 has a unique code or unique ID, when the surveillance and control device 2 acquires video data transmitted by the camera module 1, a unique code for the camera module 1 is also obtained. After a pest appears in certain video data, the video data acquires corresponding position information from a pre-stored position table according to the unique code of the camera module 1 for transmitting the video data.

And transmitting the picture data and the position information to a prestored contact person.

The picture data is a picture with a pest, and the position information is a position corresponding to the image pickup device which has picked up the picture data. The information of the two points is transmitted to the contact person, so that the contact person can know the type of the harmful organisms entering the room, namely mice or cockroaches, and the contact person can know the emergency degree of treating the harmful organisms. On the other hand, the contact person can know the indoor channel where the pest enters, and therefore the contact person can conveniently make effective prevention and control measures. For example, the position information shows that the harmful organisms enter the room from the window of the toilet, the contact person can install a screen window on the window of the toilet, so that the harmful organisms are not easy to enter the room from the window of the toilet in the following period.

The modes of transmitting the picture data and the position information to the contact person comprise sending a mail by using a mail editor, generating a short message by using the message editor and generating a WeChat message by using WeChat pushing.

In addition, after the position information of the camera module 1 for transmitting the video data with the harmful organisms is acquired, the method also comprises the step of adding one to the pest entering frequency of the corresponding camera module 1 in the storage module.

The storage module is a memory. The storage module stores unique codes, position information and pest entering times corresponding to the camera modules 1.

All the camera modules 1 in the storage module are sorted based on the number of insect-entering times of each camera module 1.

It will be appreciated that there are camera modules 1A, B and C, for example. If the insect-entering frequency of the camera module 1A is 2; the pest entering frequency of the camera module 1B is 2; the number of times of insect entry of the camera module 1C is 0. The ordering of the individual camera modules 1 in the memory module at this time is camera module 1A, camera module 1B and camera module 1C. If a harmful organism appears at the position monitored by the camera module 1B, adding one to the pest entering frequency of the camera module 1B, wherein the pest entering frequency of the camera module 1 is 2+1= 3. The camera module 1B, the camera module 1A and the camera module 1C are arranged in the rearranged sequence, so that the relative personnel at home can check the insect-entering times corresponding to the camera modules 1 in the storage module more conveniently.

The step of outputting a second alarm instruction comprises:

and storing the picture data into a storage module.

It is convenient for the relevant personnel in the home to view the type of pest entering the room. The second alarm command corresponds to a pest in a juvenile stage or a pest with low harm. Such as young cockroaches, mice, or moths, mosquitoes, spiders, etc. The urgency of the second alarm instruction is therefore less than the urgency of the first alarm instruction. In contrast, the first alarm command corresponds to a pest in adulthood, such as a cockroach, a mouse; or harmful organisms such as termites and snakes. In addition, the degree of harmfulness or harmfulness is determined primarily by the threat and destructive power of the pest to humans.

Referring to fig. 4, S400, a killing instruction is output based on the alarm information.

Specifically, the specific step of S400 includes:

when the first alarm command is output, a start command and an air supply command are transmitted to the controller 32 of the killing mechanism 3.

It will be understood that, since the first alarm instruction indicates that the pest to be treated is more urgent, the first alarm instruction immediately transmits a start instruction to the controller 32 of the killing device 3, and the controller 32, after receiving the start instruction, controls the corresponding bait box 35 to move down, so that the pest entering the room is attracted by the bait in the bait box 35, eats the bait, and then poisons and dies. At the same time, the air supply instruction is transmitted to the controller 32. After receiving the air supply command, the controller 32 controls the fan 34 to start, so as to emit the smell of the bait in the bait box 35 into the room, thereby more quickly inducing the harmful organisms to be attracted by the bait.

For convenience of understanding, for example, a bait for poisoning rats, a bait for poisoning cockroaches, and a bait for poisoning termites are respectively placed in the three bait cartridges 35. After the control monitoring device 2 identifies the pests entering the room, the types of the pests are known through an image identification algorithm and a pest model table. And transmits a first rat alarm command, a first cockroach alarm command, or a first termite alarm command to the controller 32. The controller 32 moves down the bait cartridge 35 containing the mouse bait upon receiving the first mouse alarm command.

When the second warning command is output, a start command is transmitted to the controller 32 of the catching and killing mechanism 3 at a corresponding timing based on the habit information of the pest information, and a brake command is transmitted to the controller 32 of the catching and killing mechanism 3 at a corresponding timing.

The habit information, i.e. the time of activity of pests, such as rats and cockroaches, is late at night, especially between 1 and 4 am. At this time, the preventive monitoring device 2 transmits a start instruction to the controller 32 at 1 am and transmits a brake instruction to the controller 32 at 4 am. On the one hand, the combination with the habits of the pests facilitates an increased probability of killing the pests; on the other hand, for the condition of low urgency degree, the starting time of the catching and killing mechanism 3 is controlled, so that the probability of harm to children or pets in families is reduced.

Further, after transmitting the start instruction to the controller 32 of the killing mechanism 3, the method further includes:

acquiring image data transmitted by a video module 33 arranged on the catching and killing mechanism 3;

when a predetermined protection pattern is present in the image data, a brake command is transmitted to the controller 32 of the killing mechanism 3.

The protection model can be a model of a human face or a child at home, and can also be a model of a pet at home. When the video module 33 shoots that children or pets are close to the catching and killing mechanism 3, the catching and killing mechanism 3 is immediately braked, and the probability that the catching and killing mechanism 3 damages the children or the pets is reduced.

The implementation principle of the pest control monitoring method in the embodiment of the application is as follows: when the harmful organisms are found through the video data, alarm information is output, a catching and killing instruction is output according to the alarm information, the harmful organisms are caught and killed, and the harmful organisms are directly treated conveniently. In addition, when alarm information is output, pests in adult and juvenile stages are distinguished, so that on one hand, pests entering a room can be conveniently and scientifically and reasonably caught and killed; on the other hand, the pest control box is beneficial to reducing the probability of causing injury to children or pets at home and is suitable for controlling pests at home.

The embodiment of the application also discloses a storage medium which stores a computer program capable of being loaded by a processor and executing the pest control monitoring method. The storage medium may be a U disk, an optical disk or a hard disk.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.