CN205756722U - A kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things - Google Patents
A kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things Download PDFInfo
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- CN205756722U CN205756722U CN201620666820.9U CN201620666820U CN205756722U CN 205756722 U CN205756722 U CN 205756722U CN 201620666820 U CN201620666820 U CN 201620666820U CN 205756722 U CN205756722 U CN 205756722U
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Abstract
A kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things, it includes moth-killing device, counting assembly, insect-killing device, camera arrangement, collection worm device, device for monitoring running, controller and power module, moth-killing device is in order to trapping pests, counting assembly is in order to count, insect-killing device is in order to kill trapping pests, camera arrangement is in order to take pictures to the insect of trapping and the insect image information of collection is sent to controller, collection worm device is in order to collect the insect of trapping, device for monitoring running is arranged in the current supply circuit of pest forecast lamp the running state information in order to gather pest forecast lamp and is sent to controller, controller is in order to be controlled scene and to be communicated with remote data center by communication network；Power module is in order to provide running voltage.This utility model strengthens the supervision of the personnel of observing and predicting, and improves detecting and reporting pest information the data precision；Use manpower and material resources sparingly while reaching work purpose；Strong foundation is provided for insect preventing and controlling.
Description
Technical field
This utility model relates to a kind of pest forecast device, a kind of multifuctional solar based on Internet of Things
Automatically pest forecast lamp.
Background technology
China be agricultural production big country be also the multiple country of diseases and pests of agronomic crop, accurately insect pest forecast forecast to control agriculture
Crop disease and insect spreads, it is particularly important to reduce economic loss to greatest extent.
Based on personal monitoring more than agricultural pest and disease monitoring early warning at present, with word description, manual drawing and record
The paper resources such as chart are in the majority.This traditional monitoring technology exists that accuracy is the highest, poor in timeliness, utilization rate are low, collect labor
The problems such as fatigue resistance is big, performance is the most directly perceived, collect to insect information, add up, analyze and the shared of information brings much inconvenience.
Along with advocating of country's " the Internet+" policy, meeting complicated pestforecasting demand, pest forecast lamp is by
Instrument most-often used in insect survey statistic processes, is widely used in agricultural, forestry etc. and observes and predicts field.But existing worm
Feelings Measuring and reporting lamp does not have the allomeric function of abundant Measuring and reporting lamp, there is problems in that
(1) supervision is inadequate, and equipment fault, grass-roots work personnel still carry out data monitoring with conjecture.
(2) a situation arises needs to observe and predict personnel on site's statistics for insect pest situation, and grass-roots unit's often personnel's dispensing is not enough, wastes big
The manpower and materials time of amount, work cannot carry out, and basic data cannot the most persistently gather.
(3) analysis of insect pest situation activity rhythm generates and generates according to certain several insect, and fixed breaking exists one-sidedness, it is impossible to reduction is existing
Field truth.
Utility model content
For the deficiency overcoming above-mentioned prior art to exist, this utility model provide a kind of based on Internet of Things multi-functional too
Sun energy pest forecast lamp automatically, it is possible to monitor insect in real time, uses manpower and material resources sparingly and accuracy is high.
The technical scheme in the invention for solving the technical problem is: a kind of multifunctional solar based on Internet of Things
Energy pest forecast lamp automatically, is characterized in that, including moth-killing device, counting assembly, insect-killing device, camera arrangement, collection worm device, fortune
Row monitoring device, controller and power module, described moth-killing device is in order to trapping pests, and described counting assembly is in order to trapping evil
Worm counts, and described insect-killing device is in order to kill trapping pests, and described camera arrangement is in order to clap the insect of trapping
According to and the insect image information of collection is sent to controller, described collection worm device in order to collect the insect of trapping, described operation
Monitoring device is arranged in the current supply circuit of pest forecast lamp the running state information in order to gather pest forecast lamp and is sent to
Controller, described controller is in order to be controlled scene and to be communicated with remote data center by communication network；Described electricity
Source module is in order to provide running voltage.
Preferably, described moth-killing device includes top cover, trap lamp, percussion device and connects worm funnel, and described trap lamp is arranged
In the central lower position of top cover, described percussion device is arranged on around trap lamp, described in connect worm funnel and be arranged on trap lamp
Lower section, the bottle neck connecing worm funnel is transparence and connects with insect-killing device, and described counting assembly is arranged on the bottle neck connecing worm funnel.
Preferably, described percussion device is made up of multiple crash panels, multiple crash panels be uniformly arranged on around trap lamp and
In penetrating shape distribution.
Preferably, described insect-killing device includes casing and heater, and the upper opening of described casing is in order to receive trapping
Insect, turnover first turnover panel is set at the middle part of described casing, casing is divided into upper chamber and lower chamber, institute
Stating heater and be arranged on top box indoor, the bottom of described lower chamber is funnel-form and connects with camera arrangement；Described controller
Motor is driven to control the upset of the first turnover panel by first.
Preferably, described heater includes heating plate or heating rod, the control circuit of described heating plate or heating rod with
Controller is connected.
Preferably, described camera arrangement includes take pictures storehouse and video camera, described in take pictures storehouse upper opening and with parasite killing fill
Put connection, described in the take pictures middle part in storehouse one turnover second turnover panel is set, storehouse of taking pictures be divided on take pictures storehouse and lower bat
According to storehouse, described video camera is arranged on the top in storehouse of taking pictures, and is additionally provided with light compensating lamp around video camera, described under take pictures storehouse
Bottom is funnel-form；Described video camera is connected with controller respectively with light compensating lamp, and described controller is by the second driving motor control
Make the upset of the second turnover panel.
Preferably, described collection worm device includes rotating disk and insect inoculation bag, described rotating disk is provided with and equally distributed connects worm channel,
Described insect inoculation bag is arranged on and connects below worm channel, described in connect worm channel under rotating disk rotates, may be located at the going out at insect population of camera arrangement；
The control end driving motor of described rotating disk is connected with controller；The described worm channel upper end that connects is provided with extension funnel.
Preferably, described device for monitoring running includes current sensor and voltage sensor, described current sensor and
Voltage sensor is separately positioned on the current supply circuit of pest forecast lamp, and the outfan of current sensor and voltage sensor is respectively
It is connected with controller.
Preferably, described power module uses solar-electricity source module, and described solar-electricity source module includes solar-electricity
Pond plate, charging-discharging controller, accumulator, inverter and DC/DC module, described solar panel is with charging-discharging controller even
Connecing, described charging-discharging controller is connected with accumulator, and described accumulator is connected with inverter and DC/DC module respectively, described inverse
Change device is in order to provide working volts alternating current, and described DC/DC module is in order to provide direct-current working volts.
Preferably, the automatic pest forecast lamp of this multifuctional solar also includes environment information acquisition device, and described environment is believed
Breath harvester includes Temperature Humidity Sensor, air velocity transducer, light control sensor and rain sensor, described temperature and humidity sensing
Device, air velocity transducer, light control sensor are connected with controller respectively with rain sensor, and described controller is also associated with channel radio
Letter module, described controller is communicated with remote data center by wireless communication module access communications network.
The beneficial effects of the utility model are as follows:
This utility model, by counting the supervision of equipment running status, insect pest situation and the remote supervisory of insect pest situation image, adds
The strong supervision observing and predicting personnel, improves detecting and reporting pest information the data precision；Shot by insect pest situation image remote, observe and predict personnel
A situation arises mainly to observe and predict object without going to scene just can identify, uses manpower and material resources sparingly while reaching work purpose；To evil
Worm counts automatically, the insect pest situation generation rhythm and pace of moving things in objective analyzed area, it is judged that occurrence in peak period, provides for insect preventing and controlling
Strong foundation.
This utility model uses trap to carry out trapping pests, and is sent by data acquisition unit collection insect Data Concurrent
To field controller, field controller is uploaded to background monitoring system and carries out the system that insect identifies automatically after collecting data
Count and collect；Using solar-electricity source module, solar-electricity source module is by solar panel, charging-discharging controller and accumulator
Composition, not only meets the requirement of system field unattended work, and energy-conserving and environment-protective.
Moth-killing device of the present utility model is provided with percussion device, and percussion device is made up of multiple crash panels, and insect is luring
Fly to during moth-killing device, strike crash panel under the luring of core drop to connect on worm funnel and be slipped in insect-killing device；This practicality
Novel employing counting assembly and video camera, in order to count the insect gathered, and gathered image and be sent to by controller
Remote data center differentiates, thus ensure that the accuracy rate of insect identification.
This utility model is also provided with environment information acquisition device, is sent to host computer in order to gather amblent air temperature factor,
Remote data center carries out counting the mechanics of insect according to amblent air temperature factor and the collection time of insect, quantity etc.,
And analyze insect generation, develop and spread the relation with amblent air temperature, in order to more effectively it catch pests；This practicality simultaneously is new
Type can be controlled the unlatching of pest forecast lamp according to the Weather information such as illumination and rainwater.
Accompanying drawing explanation
Below in conjunction with the accompanying drawings this utility model is further illustrated:
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the structural representation of a kind of percussion device of A-A view in Fig. 1；
Fig. 3 is the structural representation of the another kind of percussion device of A-A view in Fig. 1；
In figure, 101 top covers, 102 trap lamps, 103 percussion devices, 1031 crash panels, 1032 columns, 104 connect worm funnel, 2
Counting assembly, 301 casings, chamber on 3011,3012 times chamber, 302 heaters, 303 first turnover panels, 401 take pictures storehouse, 4011
On take pictures storehouse, 4012 times storehouses of taking pictures, 402 video cameras, 403 second turnover panels, 404 light compensating lamps, 501 rotating disks, 5011 connect worm channel, 5012
Extension funnel, 502 insect inoculation bags, 503 turns of disk-drive motors, 6 control chambers, 7 environment information acquisition devices.
Detailed description of the invention
For the technical characterstic of this programme can be clearly described, below by detailed description of the invention, and combine its accompanying drawing, to this reality
It is described in detail with novel.Following disclosure provides many different embodiments or example is of the present utility model for realizing
Different structure.In order to simplify disclosure of the present utility model, hereinafter parts and setting to specific examples are described.Additionally,
This utility model can in different examples repeat reference numerals and/or letter.This repetition is to simplify and clearly mesh
, itself do not indicate the relation between discussed various embodiment and/or setting.It should be noted that, illustrated in the accompanying drawings
Parts are not drawn necessarily to scale.This utility model eliminates the description to known assemblies and treatment technology and process to avoid not
Limit this utility model necessarily.
As it is shown in figure 1, a kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things of the present utility model, its bag
Include moth-killing device, counting assembly 2, insect-killing device, camera arrangement, collection worm device, device for monitoring running, controller and power supply mould
Block, described moth-killing device in order to trapping pests, described counting assembly 2 in order to trapping pests is counted, described insect-killing device
In order to be killed by trapping pests, described camera arrangement is in order to the insect image information taken pictures the insect of trapping and will gather
Being sent to controller, described collection worm device is in order to collect the insect of trapping, and described device for monitoring running is arranged on pest forecast lamp
Current supply circuit in order to gather the running state information of pest forecast lamp and to be sent to controller, described controller is in order to existing
Field is controlled and is communicated with remote data center by communication network；Described power module is in order to provide running voltage.?
In specific implementation process, counting assembly 2, insect-killing device, camera arrangement, collection worm device, device for monitoring running, controller and power supply
Module is arranged in control chamber 6, and control chamber 6 is provided with the door that rotating shaft connects, and moth-killing device is arranged on above control chamber and lures
Worm device lower end is connected with control chamber upper end closed, and water-proofing treatment made by control chamber 6, in order to protection setting unit in control chamber
Device.
Preferably, described moth-killing device includes top cover 101, trap lamp 102, percussion device 103 and connects worm funnel 104, institute
Stating trap lamp 102 and be arranged on the central lower position of top cover 101, described percussion device 103 is arranged on trap lamp 102 around,
The described worm funnel 104 that connects is arranged on the lower section of trap lamp 102, and the bottle neck connecing worm funnel 104 is transparence and connects with insect-killing device 3
Logical, described counting assembly 2 is arranged on the bottle neck connecing worm funnel 104, and counting assembly 2 preferably employs infrared induction enumerator, in order to
Count.
Preferably, described percussion device 103 is made up of multiple crash panels 1031, and multiple crash panels 1031 are uniformly arranged on and lure
The surrounding of worm lamp 102 and in penetrating shape distribution.In order to implement simple and trapping pests is effective, specific implementation process is clashed into dress
Put 102 to arrange near trap lamp 102 preferably with three to five crash panels 1031, a stile of multiple crash panels 1031, another
Stile is angularly in the surrounding penetrating shape and being evenly distributed on trap lamp 102.As in figure 2 it is shown, described percussion device 102 uses 3 to hit
Hitting plate 1031 to form, 3 crash panels 1031 differ 120 degree respectively and are arranged on trap lamp 102 around, 3 crash panels 1031
Outside stile is fixed on column 1032, and described column 1032 two ends are connected with insect-killing device with top cover 101 respectively, thus will lure
Worm device is fixed on above insect-killing device and makes to leave space between top cover 101 and insect-killing device；Described column 1032 uses not
Rust steel hollow stem, it is ensured that insect flies to the space of crash panel to leave sufficiently large allowing.As it is shown on figure 3, described percussion device
102 use 4 crash panels 1031 to form, and 4 crash panels 1031 constitute cross-shaped configuration and stand in trap lamp 102 around, equally,
The outside stile of 4 crash panels 1031 is also secured on column 1032.Percussion device of the present utility model can ensure that insect from
All directions fly to trap lamp 1 and strike on crash panel, thus carry out trapping pests.
Preferably, described insect-killing device includes casing 301 and heater 302, the upper opening of described casing 301 with connect
The bottle neck connection of worm funnel 104, in order to receive the insect of trapping, arranges one turnover the at the middle part of described casing 301
One turnover panel 303, is divided into upper chamber 3011 and lower chamber 3012 by casing, and described heater 302 is arranged on chamber 3011
In, the bottom of described lower chamber 3012 is funnel-form and connects with camera arrangement 4；Described controller is by the first driving motor control
Make the upset of the first turnover panel 303.
Preferably, described heater 302 includes heating plate or heating rod, described heating plate or the control circuit of heating rod
It is connected with controller.
Preferably, described camera arrangement includes take pictures storehouse 401 and video camera 402, described in take pictures storehouse 401 upper opening and
Connect with the lower chamber 3012 of insect-killing device, described in the take pictures middle part in storehouse 401 turnover second turnover panel 403 is set, will
Take pictures storehouse 401 be divided on take pictures storehouse 4011 and under take pictures storehouse 4012, described video camera 402 is arranged on the top in storehouse 4011 of taking pictures
Portion, is additionally provided with light compensating lamp 404 around video camera 402, described under the take pictures bottom in storehouse 4012 be funnel-form；Described video camera
402 are connected with controller respectively with light compensating lamp 404, and described controller drives motor to control turning over of the second turnover panel 403 by second
Turn.
Preferably, described collection worm device includes rotating disk 501 and insect inoculation bag 502, described rotating disk 501 is provided with and is uniformly distributed
Connect worm channel 5011, described insect inoculation bag 502 is arranged on and connects below worm channel 5011, described in connect worm channel 5011 rotating disk rotate under permissible
It is positioned under camera arrangement storehouse of taking pictures to go out at insect population；The control end driving motor 503 of described rotating disk is connected with controller；Described
Connect worm channel 5011 upper end and be provided with extension funnel 5012, it is simple to storehouse of taking pictures from camera arrangement connects worm.
Preferably, described device for monitoring running includes current sensor and voltage sensor, described current sensor and
Voltage sensor is separately positioned on the current supply circuit of pest forecast lamp, and the outfan of current sensor and voltage sensor is respectively
It is connected with controller.
Preferably, described power module uses solar-electricity source module, and described solar-electricity source module includes solar-electricity
Pond plate, charging-discharging controller, accumulator, inverter and DC/DC module, described solar panel is with charging-discharging controller even
Connecing, described charging-discharging controller is connected with accumulator, and described accumulator is connected with inverter and DC/DC module respectively, described inverse
Change device is in order to provide working volts alternating current, and described DC/DC module is in order to provide direct-current working volts.
Preferably, the automatic pest forecast lamp of this multifuctional solar also includes being arranged on the environment above moth-killing device top board
Information collecting device 7, described environment information acquisition device includes Temperature Humidity Sensor, air velocity transducer, light control sensor and rain
Water sensor, described Temperature Humidity Sensor, air velocity transducer, light control sensor and rain sensor respectively with controller phase
Even, described controller is also associated with wireless communication module, and described controller passes through wireless communication module access communications network with remote
Journey data center communicates.
This utility model is by the voltage x current monitoring to pest forecast lamp modules normal operating condition, testing result
To the server of remote data center, remote transmission judges that this functional module is the most properly functioning；Utilize Design of Mechanical Structure and
High-definition network camera carries out the shooting of certain frequency to insect pest situation image, and image remote transmission in chronological order is returned server and carried out
Analyzing and processing, the personnel that observe and predict are home-confined just can be compared by insect pest situation image, by result input system, automatically divides
Analysis；Tally function objective analysis insect pest situation occurrence in peak period, forms insect overall activity Rhythm Curve, monitors object activity with emphasis
Curve is analyzed contrast, provides effective foundation for preventing and controlling.
The above is preferred implementation of the present utility model, comes for those skilled in the art
Say, on the premise of without departing from this utility model principle, it is also possible to make some improvements and modifications, these improvements and modifications also by
It is considered as protection domain of the present utility model.
Claims (10)
1. the automatic pest forecast lamp of multifuctional solar based on Internet of Things, is characterized in that, including moth-killing device, counting dress
Put, insect-killing device, camera arrangement, collection worm device, device for monitoring running, controller and power module, described moth-killing device in order to
Trapping pests, described counting assembly in order to trapping pests is counted, described insect-killing device in order to trapping pests is killed, institute
State camera arrangement in order to the insect of trapping to be taken pictures and the insect image information of collection is sent to controller, described collection worm
Device is in order to collect the insect of trapping, and described device for monitoring running is arranged in the current supply circuit of pest forecast lamp in order to gather worm
The running state information of feelings Measuring and reporting lamp is also sent to controller, and described controller is in order to be controlled scene and to pass through communication network
Network communicates with remote data center；Described power module is in order to provide running voltage.
A kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things the most according to claim 1, is characterized in that,
Described moth-killing device includes top cover, trap lamp, percussion device and connects worm funnel, and described trap lamp is arranged on the central lower of top cover
Position, described percussion device is arranged on around trap lamp, described in connect worm funnel and be arranged on the lower section of trap lamp, connect the nozzle of worm funnel
Portion is transparence and connects with insect-killing device, and described counting assembly is arranged on the bottle neck connecing worm funnel.
A kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things the most according to claim 2, is characterized in that,
Described percussion device is made up of multiple crash panels, and multiple crash panels are uniformly arranged on around trap lamp and in penetrating shape distribution.
A kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things the most according to claim 1, is characterized in that,
Described insect-killing device includes casing and heater, and the upper opening of described casing is in order to receive the insect of trapping, at described case
The middle part of body arranges turnover first turnover panel, and casing is divided into upper chamber and lower chamber, and described heater is arranged
Indoor at top box, the bottom of described lower chamber is funnel-form and connects with camera arrangement；Described controller is by the first driving electricity
Machine controls the upset of the first turnover panel.
A kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things the most according to claim 4, is characterized in that,
Described heater includes that heating plate or heating rod, the control circuit of described heating plate or heating rod are connected with controller.
A kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things the most according to claim 1, is characterized in that,
Described camera arrangement includes take pictures storehouse and video camera, described in take pictures the upper opening in storehouse and connecting with insect-killing device, described in take pictures
The middle part in storehouse arranges turnover second turnover panel, storehouse of taking pictures be divided on the Cang Hexia that takes pictures take pictures storehouse, described video camera
Be arranged on the top in storehouse of taking pictures, around video camera, be additionally provided with light compensating lamp, described under the take pictures bottom in storehouse be funnel-form；Institute
Stating video camera to be connected with controller respectively with light compensating lamp, described controller drives motor to control turning over of the second turnover panel by second
Turn.
A kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things the most according to claim 1, is characterized in that,
Described collection worm device includes rotating disk and insect inoculation bag, and described rotating disk is provided with the equally distributed worm channel that connects, and described insect inoculation bag is arranged
Connecing below worm channel, described in connect worm channel under rotating disk rotates, may be located at the going out at insect population of camera arrangement；The driving of described rotating disk
The control end of motor is connected with controller；The described worm channel upper end that connects is provided with extension funnel.
A kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things the most according to claim 1, is characterized in that,
Described device for monitoring running includes that current sensor and voltage sensor, described current sensor and voltage sensor set respectively
Put the current supply circuit at pest forecast lamp, and current sensor is connected with controller respectively with the outfan of voltage sensor.
A kind of automatic pest forecast lamp of multifuctional solar based on Internet of Things the most according to claim 1, is characterized in that,
Described power module uses solar-electricity source module, and described solar-electricity source module includes solar panel, charge and discharge control
Device, accumulator, inverter and DC/DC module, described solar panel is connected with charging-discharging controller, described charge and discharge control
Device is connected with accumulator, and described accumulator is connected with inverter and DC/DC module respectively, and described inverter is in order to provide exchange work
Making voltage, described DC/DC module is in order to provide direct-current working volts.
10. according to the automatic detecting and reporting pest information of a kind of based on Internet of Things multifuctional solar described in claim 1 to 9 any one
Lamp, is characterized in that, also includes that environment information acquisition device, described environment information acquisition device include Temperature Humidity Sensor, wind speed
Sensor, light control sensor and rain sensor, described Temperature Humidity Sensor, air velocity transducer, light control sensor and rainwater
Sensor is connected with controller respectively, and described controller is also associated with wireless communication module, and described controller passes through radio communication
Module access communications network communicates with remote data center.
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