CN208421879U - A kind of pest identification statistic device and system - Google Patents
A kind of pest identification statistic device and system Download PDFInfo
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- CN208421879U CN208421879U CN201820822618.XU CN201820822618U CN208421879U CN 208421879 U CN208421879 U CN 208421879U CN 201820822618 U CN201820822618 U CN 201820822618U CN 208421879 U CN208421879 U CN 208421879U
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Abstract
The utility model discloses a kind of pest identification statistic device, including shell；At least one pest set on shell upper is into hole；At least one pest set on outer casing underpart portals；Set at least one pest described in shell portal into hole and at least one pest between multiple infrared mould groups, the multiple infrared mould splits multilayer setting, pest detection information is obtained for carrying out multi-direction infrared detection to the pest entered from pest into hole to carry out the category identification of pest, the invention also discloses a kind of pest recognition statistical systems, the utility model can realize the Dynamic expansion for carrying out intelligent recognition and pest detection database to the type that grain storage pest in grain depot occurs in real time, and the on-line monitoring for improving grain storage pest is horizontal.
Description
Technical field
The utility model relates to agricultural technology fields.Statistic device and system are identified more particularly, to a kind of pest.
Background technique
Insect pest is not only caused economic loss, is also easy to one of an important factor for leading to China's grain postpartum stock loss
Lead to food-safety problem.A situation arises for guaranteeing stored grain safety and quality, reduction for grain storage pest in real-time monitoring silo
Stock loss is of great significance.Traditional stored-grain pests detection method specifically includes that macroscopic examination method, method of taking a sample to check and lures
Collect inspection technique, needs administrative staff to enter in silo the pest carried out in cuttage sampling or artificial treatment detection device, thus right
The occurrence and development situation of pest is understood in time in silo.Traditional detection method needs a large amount of human cost, and does not have
There is real-time.With the development of science and technology, new pest detection method is constantly suggested.Currently, the existing online intelligence of pest
It can be the detection that pest is carried out by the trapping result images of pest trap inside acquisition silo mostly detection device.Pest image
The performance of intelligent recognition is influenced extremely serious by factors such as the various postures of the readability of image, bright-dark degree and pest.
Further, since the processing of digital image recognition needs to expend a large amount of operation memory, lead to the intelligent recognition algorithm of pest image
Mostly it is to be deployed in cloud server, is not easy to migrate in detection device.
Utility model content
One of the utility model is designed to provide a kind of pest identification statistic device, can carry out multi-direction inspection to pest
It surveys, obtains multidimensional data to identify pest species, the recognition accuracy of pest is high, not vulnerable worm morphology influence.This is practical new
Another of type is designed to provide a kind of pest recognition statistical system.
In order to achieve the above objectives, the utility model adopts the following technical solutions:
On the one hand the utility model discloses a kind of pest identification statistic device, including
Shell；
At least one pest set on shell upper is into hole；
At least one pest set on outer casing underpart portals；
Set at least one pest described in shell portal into hole and at least one pest between multiple infrared mould groups, it is described
Multiple infrared mould splits at least one layer settings, are done harm to for carrying out multi-direction infrared detection to the pest entered from pest into hole
Worm detection information is to carry out the category identification of pest.
Preferably, the shell includes sequentially connected first shell, second shell and third shell from up to down；
The first shell is equipped at least one described pest into hole；
The second shell is equipped with the multiple infrared mould group；
The third shell is equipped at least one described pest and portals.
Preferably, the first shell, second shell and third shell are detachably connected.
Preferably, the dropping channel of back taper, the inclination angle on the dropping channel surface are formed in the second shell
Degree is more than or equal to 45 degree.
Preferably, the direction for the infrared light that at least one infrared mould group issues and same layer or the infrared mould group of other layers issue
Infrared light direction it is different.
Preferably, each layer plane of multiple above-mentioned infrared mould groups of point multilayer setting is parallel or at least two layers of plane is formed with
Angle.
On the other hand the utility model also discloses a kind of pest recognition statistical system, including at least one is as described above
Processor pest identification statistic device and connect with each described device signal；
The processor, which receives the pest detection information of at least one described device transmission and handles, obtains pest inspection
Measured data, and according to the category identification of pest detection data progress pest.
Preferably,
The processor is further used for adding up the quantity of each class pest after pest species identify.
Preferably,
The processor is at least one, and each pest identification statistic device is equipped with a processor；
The processor includes the signal transmission module connecting with exterior terminal, and the processor is transmitted by the signal
The category identification result of pest is transmitted to exterior terminal or remote server by module.
Preferably,
The processor includes processor main body and signal conversion module, and the processor main body is set to exterior terminal or clothes
It is engaged in device；
The signal being electrically connected with multiple infrared mould groups is further provided on each pest identification statistic device to turn
Change the mold block and signal transmission module；
The signal conversion module is used to receive the pest detection information of at least one described device transmission and handles
Obtain pest detection data；
The signal transmission module is used to for the pest detection data that the signal conversion module exports being transmitted to external whole
Processor main body in end or server, the processor main body are used to carry out the type of pest according to the pest detection data
Identification.
The beneficial effects of the utility model are as follows:
The utility model makes pest in device by identifying that multiple infrared mould groups are arranged in statistic device higher slice in pest
During decline, process can be declined to pest and continuously be detected, and when multi-layered infrared mould group, it can be from the different directions of pest
SHAPE DETECTION is carried out to pest, acquires the output information of each infrared mould group, forms pest detection corresponding with each pest
Data are simultaneously handled, and to identify to each pest species, the accuracy of identification pest can be improved, it is different to reduce pest
The influence that form identifies pest species provides reliable grain feelings data for staff, to take pest anti-in time
Control measure.And can be realized the intelligent recognition of grain storage pest type, it is the intelligence inspection of grain storage pest occurrence and development situation in silo
It surveys and the research of prevention and treatment provides effective data supporting.
Detailed description of the invention
Specific embodiment of the present utility model is described in further detail with reference to the accompanying drawing.
Fig. 1 shows a kind of schematic diagram of pest identification one specific embodiment of statistic device of the utility model.
Fig. 2 a-2b shows setting for multi-layered infrared mould group in a kind of the utility model pest identification statistic device specific embodiment
Set schematic diagram.
Fig. 3 a-3c shows in a kind of the utility model pest identification statistic device specific embodiment setting for one layer of infrared mould group
Set schematic diagram.
Fig. 4 shows a kind of schematic diagram of one specific embodiment of pest recognition statistical system of the utility model.
Appended drawing reference:
11, first shell, 12, second shell, 13, third shell, 111, pest is into hole, 121, dropping channel, 14, pest
Detection zone, 141, infrared emission end, 142, infrared receiver end, 131, pest portal, 2, exterior terminal, 3, exterior terminal, 4,
Server.
Specific embodiment
In order to illustrate more clearly of the utility model, the utility model is done into one below with reference to preferred embodiments and drawings
The explanation of step.Similar component is indicated in attached drawing with identical appended drawing reference.It will be appreciated by those skilled in the art that below
Specifically described content is illustrative and be not restrictive, and should not be limited the protection scope of the present invention.
One aspect according to the present utility model discloses an a kind of specific embodiment of pest identification statistic device.
As shown in Figure 1, in the present embodiment, pest identification statistic device include shell, set on shell upper at least one pest into hole
111, set at least one pest of outer casing underpart portal 131 and set at least one pest described in shell into 111 and of hole
At least one pest portals multiple infrared mould groups between 131.Wherein, the multiple infrared mould group can divide at least one layer of setting, this
A point multilayer is arranged in embodiment, and the infrared mould group of at least one layer setting can carry out the pest entered from pest into hole 111 multi-party
Pest detection information is obtained to infrared detection, to carry out the category identification of pest.
Optionally embodiment, in the present embodiment, pest identifies that statistic device includes sequentially connected from up to down
First shell 11, second shell 12 and third shell 13.Wherein, the first shell 11 is equipped with the pest into hole 111, institute
Stating second shell 12 includes that the pest detection region 14 of the multiple infrared mould group is arranged, and the third shell 13 is equipped with described
Pest portals 131.In the present embodiment, which is the hollow cylindrical region formed in second housing, circle
Cylindrical upper and lower faces upper opening, respectively with pest into hole 111 and pest outlet.The shell of described device and pest inspection
It surveys region 14 and is not limited to cylinder, such as rectangular other shapes can also be used, the present embodiment only makees exemplary illustration, this reality
It to this and is not construed as limiting with novel.
In being preferably carried out mode, it is formed further with dropping channel 121 in the second shell 12, the dropping channel
121 are formed between the first shell 11 and the pest detection region 14 of second shell 12, make to enter dress into hole 111 by pest
The pest set can fall on the dropping channel 121, and under slide into pest detection region 14, set by pest detection region 14
The multiple infrared mould groups set detect pest.Preferably, the dropping channel 121 is formed as the surface of back taper, back taper
The lower ending opening of shape, and be connected to pest detection region 14.Preferably, the tilt angle on the surface in the dropping channel 121
More than or equal to 45 degree, in order to which pest falls to detection zone from dropping channel 121, preventing pest from climbing influences pest statistics
And category identification.
In being preferably carried out mode, the first shell 11, second shell 12 and third shell 13 are detachably connected, more
Preferably, first shell 11 and second shell 12 and second shell 12 and third shell 13 can be made to connect by screw thread or buckle etc.
The mode of connecing realizes connection, so that cleaning is assembled and split to device.
Wherein, pest into hole 111 and pest portal 131 in grain pest disengaging provide channel, it is preferable that pest
Into hole 111 and pest portal 131 aperture guarantee pest can free in and out under the premise of need rationally to control size, it is big to prevent
Amount grain enters inside device with pest, is that the statistics identification of pest introduces disturbing factor.Pest portals into hole 111 and pest
131 is preferably settable multiple, in order to which pest enters in device.Further, also settable trapping dress in first shell 11
It sets, pest trap can be entered in device.
In optionally embodiment, multiple infrared mould groups can also be located in one layer, carry out different directions to pest
Infrared detection.In the present embodiment, multiple infrared mould splits multilayers settings, the multiple infrared mould groups for dividing multilayer to be arranged can be to from evils
Worm carries out multi-direction infrared detection into the pest that hole 111 enters and obtains pest detection information, can be by external processor to evil
Worm detection information is handled to obtain pest detection data, to carry out the category identification of pest, divides multilayer to be arranged multiple infrared
Mould group solves the space constraints that multiple infrared mould groups are arranged in single layer, divides multilayer setting settable more infrared mould groups, separately
On the one hand, additionally it is possible to infrared detection be carried out to pest from different directions, expanded the dimension of pest detection data, made pest species
It identifies more acurrate.
Wherein, each infrared mould group includes infrared emission end 141 and infrared receiver end 142, in the present embodiment, such as Fig. 3 a institute
Show, the infrared emission end 141 and infrared receiver end 142 of one infrared mould group are oppositely arranged on second housing, makes infrared receiver
The infrared light for holding 142 receivable infrared emission ends 141 to emit, when pest enters detection zone, pest can stop infrared emission
The infrared light of 141 transmitting of end, causes shading rate between infrared emission end 141 and infrared receiver end 142 to change, the output of infrared mould group
Current or voltage value changes, so that processor can be known according to the type that the output current or voltage information of infrared mould group carries out pest
Not and count.
In optionally embodiment, multiple infrared mould groups can a point multilayer be arranged, wherein multi-layered infrared mould group can mutually be put down
Row, for example, as shown in Figure 2 a.Certainly, as shown in Figure 2 b, the plane where two layers infrared mould group can be formed with certain angle, i.e.,
Make wherein at least one layer to be obliquely installed, to improve the information content of the infrared dot array data of pest formed, to improve grain storage evil
The accuracy of worm identification.
Further, in other embodiments, in multi-layered infrared mould group wherein in one layer, at least exist one infrared
The direction for the infrared light that mould group issues and the direction for the infrared light that the infrared mould group of other layers issues are different, so that multiple infrared
The setting of mould group can collect the infrared dot array data of more effective pests, prevent the multi collect of an angle, there is data
Effect property reduces.
In alternate embodiments, settable one of infrared mould group in every layer, as shown in Figure 3a, in other embodiments
In, it also may include two infrared mould group, as shown in Figure 3b, the infrared emission end 141 of two infrared mould group can be arranged in 90 degree,
The infrared light direction that two infrared mould group issues is mutually perpendicular to, and can be identified from both direction to pest shape, and pest is improved
The accuracy of category identification.In other embodiments, multiple infrared mould groups of two layers of arrangement above can also be used, every layer can set
At least one infrared mould group is set, it is highly preferred that the infrared light direction that the infrared mould group of each layer issues may be configured as different directions, into
Line misregistration distribution, to obtain more infrared detection information corresponding with pest different directions shape, can form infrared dot array data
Pest detection data, improve pest species identification and pest automatic identification accuracy, by pest species and precisely
Identification, to realize the preferably monitoring to food storage state.The number of plies equipped with infrared mould group is more, each layer of infrared mould group
Setting is more intensive, and the precision of the infrared dot array data acquisition of pest is higher, and the accuracy of grain storage pest intelligent recognition will be higher.Its
In, the infrared mould group of each layer of multiple groups can be evenly distributed on around pest detection region 14, for example, as shown in Figure 3c, it is settable
Three infrared mould group, wherein the angle between the infrared emission end 141 or infrared receiver end 142 of two neighboring infrared mould group is 120
Degree, the pest convenient for differing greatly to each side of shape identify.
Optionally embodiment, the third outer casing underpart are equipped with pest and portal 131, can be portalled by the pest
131 separating devices, discharge pest, prevent blocking and the inconvenience of manual cleaning.
In alternate embodiments, temperature sensor and/or humidity sensor can also be set in pest identification statistic device
Device provides environmental parameter to detect the temperature or humidity in silo for grain condition analysis, convenient for combining the identification statistical result of pest
Carry out comprehensive analysis.
Another aspect based on the utility model, as shown in figure 4, the present embodiment also discloses a kind of pest identification department of statistic
System, the system include the processor as described above pest identification statistic device and connect with each described device signal.
In the present embodiment, the system further comprises 2 exterior terminal 2 of exterior terminal and server 3, and processor may be disposed at described
In exterior terminal 2 or server 3.Wherein, the processor receives the pest detection letter of at least one described device transmission
Pest detection data are ceased and handle to obtain, and carry out the category identification of pest according to the pest detection data.
In being preferably carried out mode, the processor further also adds up the number of each class pest after pest species identification
Amount in order to count the quantity of the various pests in certain time, and then analyzes the grain storage situation in silo.
It further may include the analog-digital converter being electrically connected with the multiple infrared mould group, analog-to-digital conversion in the processor
The pest detection information can be converted to pest detection data and be transmitted to processor to carry out the identification statistics of pest by device.
Wherein, the output current or voltage of multiple infrared mould groups is converted to by time series by analog-digital converter, handled
Multiple time serieses are formed infrared dot array data by device, which is that decline process of the pest inside the present apparatus is led
The variation continuous at any time of the infrared photoelectric sensor output of cause.Preferably, each time series obtained includes no less than
10 data.By the way that multiple infrared mould groups are arranged, while multi-channel Time sequence is obtained, constitutes infrared dot array data.
Infrared dot array data is both temporal data and data spatially, in a device often by a pest,
Just one group infrared dot array data can be obtained (by multi-channel Time Sequence composition).It can be to the grain storage evil entered in the present apparatus for research
The intelligent recognition algorithm of worm establishes the infrared dot matrix data set of grain storage pest.By manually putting into target pest into the present apparatus, into
The acquisition of the infrared dot array data of row.Infrared dot matrix data set corresponding with variety classes pest is constructed, machine learning can be passed through
Method obtains pest detection model to carry out category identification to pest, by red to pest according to the infrared dot matrix data set of formation
The acquisition of outer data can continue to optimize pest detection model, and user can tie up online pest detection model by exterior terminal
Shield and upgrading optimization.
In a kind of corresponding infrared dot array data of pest, by feature extraction algorithm, obtained from infrared dot array data
The features such as volume, the non-smooth degree of pest, and then training classifier identifies the type of pest.By to a period of time area
The interior pest recognition result for falling into the present apparatus is for statistical analysis, obtains capturing pest number in the time interval, to evil
Worm is counted.Grain storage pest intelligent identification Method based on infrared dot array data may operate in the present apparatus based on embedded
On the processor of operating system, can also by remotely carrying out the intelligent recognition and technology of pest, have enough safeties and
Stability.
In one embodiment, the processor may be configured as at least one, and each pest identifies statistic device
It is equipped with a processor.
At this point, further also needing in the processor includes the signal transmission mould connecting with exterior terminal 2 or server 3
Block, thus the processor can by the signal transmission module by the category identification result of pest be transmitted to exterior terminal 2 or
Server 3.Wherein, signal transmission module can also pass through wired carry out signal transmission by wirelessly carrying out signal transmission.Two kinds
In mode, wired mode carries out signal transmission using the bus connecting mode not influenced by mount point working condition, it is convenient to
Increase new node or extract and damages node.When the processor of device must be with server communication, can be connected to by bus outer
After portion's terminal, pass through exterior terminal and server communication.The cost that wireless mode carries out signal transmission is slightly higher, but application is cleverer
It is living.The connection type is not influenced equally by mount point working condition.It, can be direct when the processor of device must be with server communication
Pass through wireless network and server communication.
In another embodiment, the processor can be set in exterior terminal 2 or server 3, and processor is settable
It one, also can be set multiple.The processor includes processor main body and signal conversion module, and the processor main body is set to
In exterior terminal or server, signal conversion module can be set in described device.On i.e. each pest identification statistic device
Equipped with the signal conversion module and signal transmission module being electrically connected with multiple infrared mould groups.
Specifically, the signal conversion module can receive the pest detection information of at least one described device transmission simultaneously
Processing obtains pest detection data.The signal transmission module can pass the pest detection data that the signal conversion module exports
The processor main body in exterior terminal or server is transported to, the processor main body can be done harm to according to the pest detection data
The category identification of worm.
One or more processors can be communicated with the pest identification statistic device being set in grain, it is preferable that can be
Setting signal transmission module on pest identification statistic device, signal transmission module can be by wire or wirelessly modes by institute
The infrared pest detection data for stating signal conversion module output are transmitted in the processor of exterior terminal 2 or server 3.It is preferred that
Analog-digital converter can be used in ground, the signal conversion module.
It is set in system on device or external processor handles infrared dot array data, pest species are known
Not, judge whether into device be grain storage pest, exports the type of the pest.Based on this recognition result, when to one section
Between fall into the device in section the number of grain storage pest counted.The device often collects the pest detection letter of one group of pest
After breath, the category identification of pest can be carried out according to pest detection information by processor, and by recognition result, infrared dot array data
It is stored in exterior terminal 2 or server 3 with relevant environmental data.Administrator can be according to the data of storage, in conjunction with past data
Data in library advanced optimize recognizer and pest identification model, and then form the benign of the continuous iteration optimization of whole system
Circulation.
The pest recognition statistical system of the utility model can be realized deep to different location, difference inside grain heap in large granary
The online pest of the multiple spot of the degree full-automatic on-line real time monitoring that a situation arises reduces artificial work complexity, significant increase
The level of automatic monitoring.It can in real time, automatically detect in grain heap that a situation arises for pest, and can realize grain storage pest type
Intelligent recognition, provide effective data for the intelligent measurement of grain storage pest occurrence and development situation in silo and the research of prevention and treatment
Support.And the utility model can carry out the identification of pest species, establish pest detection model, and can pass through the accurate knowledge to pest
Not, to pest detection data set Dynamic expansion, to update pest detection model, optimization and the liter of pest recognition detection system are realized
Grade, greatly increases storage level monitoring.
This system makes at least one target pest enter pest identification statistics into hole by pest first when specifically used
In device；Multi-direction infrared detection is carried out at least one target pest by multiple infrared mould groups to obtain and each target
It marks the corresponding one group of pest detection information of pest and handles and obtain detection data；It handles obtained detection data and forms infrared dot matrix
Data carry out feature extraction to the infrared dot array data and obtain pest detection model；Pest identification statistic device is inserted into grain
In food, it is placed at least partly pest entrance in grain；The pest entered in pest identification statistic device is carried out infrared real-time
Detection obtains detection information and is transmitted to processor；The processor obtains infrared point according to the detection information that real-time detection obtains
The detection data of battle array data is counted according to the identification that the detection data carries out pest.
The present embodiment also discloses the method that pest recognition statistical system carries out infrared detection to pest, the method packet
It includes: pest being made to enter identification statistic device from least one pest into hole；By dividing multiple infrared mould groups of multilayer setting to evil
Worm carries out multi-direction infrared detection and obtains pest detection information corresponding with each pest；At the pest detection information
Reason obtains one group of pest detection data；The category identification of pest is carried out according to the pest detection data.
The method further may additionally include the step of adding up the quantity of each class pest after pest species identify.
The method further may also include that before carrying out category identification to pest, divide multilayer to be arranged by described
The pest detection information of the target pest of multiple infrared mould group acquisition Known Species forms sample data；According to the sample
Data obtain pest detection model by machine learning method to carry out category identification to real-time pest.
Grain depot pest real time on-line monitoring equipment disclosed by the utility model based on infrared sensor and big data analysis
The technical solution combined with intelligence system, including the design of probe type grain storage pest information collecting device, the infrared dot matrix number of pest
According to and the acquisition uploading file of relevant environmental data, the infrared dot matrix data set building method of pest, based on the evil of embedded system
The outer dot matrix data intelligence recognition methods of dried female insect manages 2 software of exterior terminal and intelligence based on the pest data intelligence that big data is excavated
The technical solution of the optimization of energy recognizer real-time online, upgrading.Probe type grain storage pest information collecting device grain storage pest into
After entering device, to pest decline during infrared dot array data and acquisition time, acquisition device in grain depot position and should
The environmental information of acquisition position carries out data acquisition, after the completion of data acquisition, by grain storage pest Spontaneous release.Based on collected
The infrared dot array data of pest, the data processing being embedded in using device and control module carry out the knowledge of Number of Stored-grain Insects and type
Not.After the completion of identification, collected data and recognition result are uploaded in real time to 2 software of exterior terminal.2 software of exterior terminal carries out
The intelligent management of pest data provides data basis for the optimization and update of pest intelligent recognition algorithm.Using the utility model
It is not required to the pest that grain management personnel enter in grain depot progress cuttage sampling or artificial treatment inserting tube, it can be to the storage inside grain heap
A situation arises is timely understood for grain pest.It is supervised by such based on the grain depot pest of infrared sensor and big data analysis
The technical solution that measurement equipment and intelligence system combine can carry out the monitoring of grain storage pest in grain heap with real-time online, improve grain depot
The level of intellectual management provides effective technical support for the monitoring and prevention and treatment of grain storage pest.In addition, the utility model can be real
The intelligent recognition of existing grain storage pest type, and according to the infrared dot array data of the pest constantly uploaded, the expansion of data set is completed, more
New harmful insect intelligent recognition algorithm.
Obviously, the above embodiments of the present invention is merely examples for clearly illustrating the present invention, and simultaneously
Non- is limitations of the embodiments of the present invention, for those of ordinary skill in the art, above explained
On the basis of can also make other variations or changes in different ways, all embodiments can not be exhaustive here, it is all
It is the guarantor for belonging to obvious changes or variations that the technical solution of the utility model is extended out still in the utility model
Protect the column of range.
Claims (10)
1. a kind of pest identifies statistic device, which is characterized in that including
Shell；
At least one pest set on shell upper is into hole；
At least one pest set on outer casing underpart portals；
Set at least one pest described in shell portal into hole and at least one pest between multiple infrared mould groups, it is the multiple
Infrared mould splits at least one layer setting obtains pest inspection for carrying out multi-direction infrared detection to the pest entered from pest into hole
Measurement information is to carry out the category identification of pest.
2. the apparatus according to claim 1, which is characterized in that the shell includes sequentially connected first shell from up to down
Body, second shell and third shell；
The first shell is equipped at least one described pest into hole；
The second shell is equipped with the multiple infrared mould group；
The third shell is equipped at least one described pest and portals.
3. the apparatus of claim 2, which is characterized in that the first shell, second shell and third shell are removable
It connects with unloading.
4. the apparatus of claim 2, which is characterized in that the whereabouts for being formed with back taper in the second shell is logical
The tilt angle in road, the dropping channel surface is more than or equal to 45 degree.
5. the apparatus according to claim 1, which is characterized in that the direction for the infrared light that at least one infrared mould group issues with
The direction for the infrared light that same layer or the infrared mould group of other layers issue is different.
6. the apparatus according to claim 1, which is characterized in that each layer for the multiple above-mentioned infrared mould groups for dividing multilayer to be arranged is flat
Face is parallel or at least two layers of plane is formed with angle.
7. a kind of pest recognition statistical system, which is characterized in that including at least one evil as claimed in any one of claims 1 to 6
Processor worm identification statistic device and connect with each described device signal；
The processor, which receives the pest detection information of at least one described device transmission and handles, obtains pest detection number
According to, and according to the category identification of pest detection data progress pest.
8. system according to claim 7, which is characterized in that
The processor is further used for adding up the quantity of each class pest after pest species identify.
9. system according to claim 7, which is characterized in that
The processor is at least one, and each pest identification statistic device is equipped with a processor；
The processor includes the signal transmission module connecting with exterior terminal, and the processor passes through the signal transmission module
The category identification result of pest is transmitted to exterior terminal or remote server.
10. system according to claim 7, which is characterized in that
The processor includes processor main body and signal conversion module, and the processor main body is set to exterior terminal or server
In；
The signal modulus of conversion being electrically connected with multiple infrared mould groups is further provided on each pest identification statistic device
Block and signal transmission module；
The signal conversion module is used to receive the pest detection information of at least one described device transmission and handles and obtains
Pest detection data；
The signal transmission module be used for by the pest detection data that the signal conversion module exports be transmitted to exterior terminal or
Processor main body in server, the type that the processor main body is used to carry out pest according to the pest detection data are known
Not.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820822618.XU CN208421879U (en) | 2018-05-30 | 2018-05-30 | A kind of pest identification statistic device and system |
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| CN201820822618.XU CN208421879U (en) | 2018-05-30 | 2018-05-30 | A kind of pest identification statistic device and system |
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| CN201820822618.XU Active CN208421879U (en) | 2018-05-30 | 2018-05-30 | A kind of pest identification statistic device and system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109063815A (en) * | 2018-05-30 | 2018-12-21 | 北京邮电大学 | A kind of pest identification statistic device, system and method |
| CN112712158A (en) * | 2020-12-25 | 2021-04-27 | 中科绿控科技有限公司 | Insect counting method and device based on infrared induction |
-
2018
- 2018-05-30 CN CN201820822618.XU patent/CN208421879U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109063815A (en) * | 2018-05-30 | 2018-12-21 | 北京邮电大学 | A kind of pest identification statistic device, system and method |
| CN112712158A (en) * | 2020-12-25 | 2021-04-27 | 中科绿控科技有限公司 | Insect counting method and device based on infrared induction |
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