CN202676603U - Portable and remote early detection device of red date blade diseases - Google Patents
Portable and remote early detection device of red date blade diseases Download PDFInfo
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- CN202676603U CN202676603U CN 201220219933 CN201220219933U CN202676603U CN 202676603 U CN202676603 U CN 202676603U CN 201220219933 CN201220219933 CN 201220219933 CN 201220219933 U CN201220219933 U CN 201220219933U CN 202676603 U CN202676603 U CN 202676603U
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Abstract
The utility model discloses a crop disease detection device, in particular to a portable and remote early detection device of red date blade diseases. The portable and remote early detection device of the red date blade diseases is mainly composed of a centralized processor and a portable information collection device. The portable information collection device is used to collect image information and remotely sends the image information to the centralized processor on the far end for analyzing and processing. The centralized processor compares and analyzes received images with disease information stored in a disease information base module, and judges disease types and severity degree of collected objects. The portable and remote early detection device can collect and process information of crops in different places or land parcels in centralized mode. In addition, by arranging a communication interface and a personal computer (PC) with powerful processing capacity, the PC can be used to process collected information, and therefore data collection in large areas can be carried out easily, collection and processing speed is quick, screening accuracy is high, analysis results are timely, and early detection of diseases can be achieved. The portable information collection device is applicable to remote and early detection of various crop diseases.
Description
Technical field
The utility model relates to a kind of corps diseases pick-up unit, particularly a kind of Leaves of Five Breeds of Chinese Date disease portable remote early detection device.
Background technology
Present Chinese Jujube disease all is to predict by human eye observation, but for the often difficult identification of human eye of blade early disease, when human eye can observe more significantly by the time, often disease had arrived middle and advanced stage, brings loss to plantation.Also the someone attempts to obtain Chinese Jujube information by common camera or the collection of CCD capture card, again information is focused on the instrumentation and analyze, to realize early diagnosis, but this mode has a lot of limitation concrete the application, for example the image information that can obtain of general camera or CCD capture card has been in the middle and later periods of disease, and the general fixedly mode of particular location that adopts, do not have portable, be only applicable on a small scale analysis and prediction, just be difficult to realize for the large tracts of land analysis, and result's hysteresis can appear, impact is to effective control of disease.
Summary of the invention
The purpose of this utility model is to provide a kind of carries out the large tracts of land data acquisition easily, the screening precision is high, and analysis result Portable red-date blade disease portable remote early detection device timely.
The utility model mainly is comprised of centralized processor and portable information harvester two parts.
The portable information harvester comprises master controller IC1, master controller IC1 is provided with image information collecting device CCD, storer EPROM1, display lcd, input keyboard SP, remote information transceiver GSM1, image information collecting device CCD is stored in the image information that collects among the storer EPROM1, and the centralized processor that sends to far-end by remote information transceiver GSM1 carries out analyzing and processing.
Centralized processor comprises master controller IC2, remote information transceiver GSM2, storer EPROM2, disease information bank DILIB, disease screening identification module DDMOD at least, receive the image information that the portable information harvester of far-end sends and be stored among the storer EPROM2 by remote information transceiver GSM2, by master controller IC2 the disease information of storing in received image and the disease information bank module is compared analysis, by disease screening identification module DDMOD disease species and the order of severity of institute's acquisition target are judged.
As improvement, above-mentioned portable information harvester preferably is provided with lighting source EL, image information collecting device CCD is normally worked when realizing without lamp.
As improvement, above-mentioned centralized processor preferably is provided with at least a among user management module USEMOD or the information feedback module IFMOD, by user management module USEMOD can pre-stored each portable information harvester relevant user information, after collecting image information, the analysis result that centralized processor gets final product this user's crop feeds back to this user, so that the user processes.
The crop pest feature of packing into different among disease information bank DILIB of the present utility model and the disease screening identification module DDMOD is namely applicable to the monitoring to Different Crop.
The utility model is in concrete the use, centralized processor can corresponding multi-section portable information harvester, to the information of the crop in different location or plot with focus on, described centralized processor also can connect by the more powerful PC of communication interface and processing power is set, utilize PC that the information that collects is processed, thereby carry out easily large tracts of land data acquisition, acquisition and processing speed, the screening precision is high, and analysis result is timely, can realize the early detection of disease, be applicable to the remote monitoring of various corps diseases.
Description of drawings
Fig. 1 is the circuit diagram of the utility model embodiment 1.
Shown in the figure, GSM1, GSM2 are the telecommunication module, B is inductor, and C1～C7 is capacitor, and CCD is the image information collecting device, DILIB is disease information bank module, DDMOD is the disease screening identification module, and EPROM1, EPROM2 are storer, and FPC is the wiring interface, HUB1 is usb hub, IC1～IC2 is integrated chip, and IFMOD is the information feedback module, and LCD is display, PC is computing machine, Q1 is gauge tap, and R1～R8 is resistance, and SP is input keyboard, USEMOD is user management module, and VDD1～VDD3 is power supply.
Embodiment
Embodiment 1: with reference to Fig. 1, be the structural representation of the utility model embodiment 1, be made of the configurable multi-section of portable information harvester centralized processor and portable information harvester two parts.
The portable information harvester comprises power supply and master controller IC1, master controller IC1 adopts the S3C6410 integrated chip, master controller IC1 also is provided with storer EPROM1, display lcd, input keyboard SP, remote information transceiver GSM1, image information collecting device CCD adopts portable microscope, be EyeClops BioniCam bionic eye microscope, can provide 100,200,400 times enlargement factor, can hand by the large color screen that carries and to watch, also can be by seeing picture being taken pictures or recording DV, be provided with simultaneously lighting source EL, can realize without the image information collecting in the lamp situation, remote information transceiver GSM1 adopts AD3812 type 3G module, this module is supported WCDMA/ HSDPA/HSUPA:850/1900/2100(MHz) and GSM/GPRS/EDGE:850/900/1800/1900 (MHz), image information collecting device CCD in the present embodiment is connected on the master controller IC1 of portable information harvester by usb hub HUB1, work as idle, equipment can be taken off and use it for anything else, can realize the more good utilisation of equipment, also can change other different model image capture device according to concrete actual needs.Match with image information collecting device CCD by image information collecting device CCD, can realize real-time transmission, image information is transported in the remote centralized treating apparatus processes.Described storer EPROM1 also can be USB storage, be connected on the portable information harvester by usb hub HUB1, in the situation that does not possess telecommunication, can insert the USB storage store image information, then USB storage is delivered to centralized processor and process.
Centralized processor comprises master controller IC2, master controller IC2 is provided with remote information transceiver GSM2, storer EPROM2, disease information bank DILIB, disease screening identification module DDMOD, user management module USEMOD and information feedback module IFMOD, the master controller IC2 of centralized processor, remote information transceiver GSM2 and storer EPROM2 and portable information harvester adopt identical chips, and can connect with personal computer PC by USB interface, utilize the resource of personal computer PC to carry out the image processing, can greatly improve treatment effeciency.
Centralized processor receives the image information that the portable information harvester of far-end sends by remote information transceiver GSM2 and is stored among the storer EPROM2, by master controller IC2 the disease information of storing in received image and the disease information bank module is compared analysis, by disease screening identification module DDMOD disease species and the order of severity of institute's acquisition target are judged, and analysis result can be fed back to relative users, so that the user processes.
Claims (3)
1. Leaves of Five Breeds of Chinese Date disease portable remote early detection device, it is characterized in that: mainly formed by centralized processor and portable information harvester two parts, the portable information harvester comprises master controller IC1, and master controller IC1 is provided with image information collecting device CCD, storer EPROM1, display lcd, input keyboard SP, remote information transceiver GSM1; Image information collecting device CCD is stored in the image information that collects among the storer EPROM1, and the centralized processor that sends to far-end by remote information transceiver GSM1 carries out analyzing and processing; Centralized processor comprises master controller IC2, remote information transceiver GSM2, storer EPROM2, disease information bank DILIB, disease screening identification module DDMOD at least, receive the image information that the portable information harvester of far-end sends and be stored among the storer EPROM2 by remote information transceiver GSM2, by master controller IC2 the disease information of storing in received image and the disease information bank module is compared analysis, by disease screening identification module DDMOD disease species and the order of severity of institute's acquisition target are judged.
2. Leaves of Five Breeds of Chinese Date disease portable remote early detection device according to claim 1, it is characterized in that: described portable information harvester is provided with lighting source EL.
3. Leaves of Five Breeds of Chinese Date disease portable remote early detection device according to claim 1 and 2 is characterized in that: described centralized processor is provided with at least a among user management module USEMOD or the information feedback module IFMOD.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220219933 CN202676603U (en) | 2012-05-16 | 2012-05-16 | Portable and remote early detection device of red date blade diseases |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220219933 CN202676603U (en) | 2012-05-16 | 2012-05-16 | Portable and remote early detection device of red date blade diseases |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202676603U true CN202676603U (en) | 2013-01-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220219933 Expired - Fee Related CN202676603U (en) | 2012-05-16 | 2012-05-16 | Portable and remote early detection device of red date blade diseases |
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| Country | Link |
|---|---|
| CN (1) | CN202676603U (en) |
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2012
- 2012-05-16 CN CN 201220219933 patent/CN202676603U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130116 Termination date: 20130516 |