CN106171271A - Maize Production management system and method - Google Patents
Maize Production management system and method Download PDFInfo
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- CN106171271A CN106171271A CN201610528717.2A CN201610528717A CN106171271A CN 106171271 A CN106171271 A CN 106171271A CN 201610528717 A CN201610528717 A CN 201610528717A CN 106171271 A CN106171271 A CN 106171271A
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01D—HARVESTING; MOWING
- A01D43/00—Mowers combined with apparatus performing additional operations while mowing
- A01D43/08—Mowers combined with apparatus performing additional operations while mowing with means for cutting up the mown crop, e.g. forage harvesters
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N21/00—Investigating or analysing materials by the use of optical means, i.e. using sub-millimetre waves, infrared, visible or ultraviolet light
- G01N21/17—Systems in which incident light is modified in accordance with the properties of the material investigated
- G01N21/25—Colour; Spectral properties, i.e. comparison of effect of material on the light at two or more different wavelengths or wavelength bands
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Abstract
Maize Production of the present invention management system and method include the corn processed module that the message processing module that the data base of the popular science knowledge that server that user terminal is connected, the disease sensor being connected with user terminal by server be connected with user terminal is connected with server is connected with server with user terminal.The present invention can be to the defect information of the Semen Maydis needed for user terminal offer user by said structure, and by server, defect information is carried out record, control the Semen Maydis enforcement in time to disease of the corn processed module by user terminal again to process, wherein defect information disposal operation can be backed up by server, thus is managed the information of Maize Production.
Description
Technical field
The present invention relates to a kind of agricultural system, particularly relate to a kind of system for processing Semen Maydis.
Background technology
Modern agriculture (modern agriculture): for traditional agriculture, is that the modern intelligence of extensively application is hard
Socialization's agricultural that the means of production of part, modern industry offer and scientific management methods are carried out.By agricultural productive force character and
In the agriculture development history of horizontal division, belong to the latest stage of agricultural.
Agricultural Intelligent System i.e. utilizes intelligent IT information technology to combine facility, equipment to instruct agricultura1 calculation, to implement life
Produce.With agriculture specialist system as core, it is a kind of to have agricultural experts' knowledge high-level, many-sided and can imitate the mankind
Reasoning process, provides each with image, intuitive way to user or policy maker on computer or other intelligent terminal
Plant utility system or the Agricultural Intelligent System facility of agricultural problem consultancy service.
Agricultural Intelligent System can bring the most faster convenient and practical large-scale production for modern agriculture, increases for swift and violent
Population provide one more strength food production support.Therefore, need badly at present and a kind of can monitor Semen Maydis situation in real time
The topological structure of special circuit.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of simple in construction, low cost, Maize Production pipe easy and simple to handle
Reason system.
Maize Production of the present invention management system, the server being connected with user terminal including user terminal, passes through server
The letter that the data base of the popular science knowledge that the disease sensor being connected with user terminal is connected with user terminal is connected with server
The corn processed module that breath processing module is connected with server.
Maize Production of the present invention management system, wherein, described corn processed module includes that Harvester for maize, described Semen Maydis are cut
Cutting mill includes WIFI module, track detection module, route control module, operation control module, cutting module, information processing mould
Block, the amount of receiving adjustment module；Described WIFI module is mutual for the information between each module；Described track detection module is in order to supervise
The harvesting route of control Harvester for maize, it is simple to being smoothed out of harvesting, after track detection completes, track detection module is by information
Feeding back to message processing module by WIFI module, control command is issued operation control by WIFI module by message processing module
Module；Described route control module is for adjusting the cut direction of Harvester for maize, and track detection module feeds back information to letter
After breath processing module, message processing module through WIFI module, the information that route controls is passed to route control module and carry out jade
The adjustment of the cut direction of rice cutting machine, it is simple to the carrying out of results；Described operation control module is in order to control Harvester for maize
Start and stop, after starting control module execution, information is fed back to message processing module by WIFI module, at information
Control command is passed to cut module and carries out cutting operation by reason module；Described cutting module is in order to control cutting of Harvester for maize
Cutting speed, cut direction etc., the signal that cutting module sends feeds back to message processing module；The described amount of receiving adjustment module in order to
Controlling the harvest yield of Harvester for maize, prevent the amount that results can carry beyond Harvester for maize, the amount of receiving adjustment module is also wrapped
Including detection limit module, quantity of information is fed back to message processing module by the timing of detection limit module, and message processing module is according to detection limit
The quantity of information of module feedback controls the loading module of the amount of receiving adjustment module.
Maize Production of the present invention management system, wherein, described Harvester for maize by cutter sweep cut Semen Maydis, described in cut
Cutting device and include that driving means and blade, described blade are disc, the upper surface of blade is circumferentially with at least three three along it
Hornblock, described corner block is provided with vertical plane and inclined plane, and described at least three corner block is symmetrical along the axis centre of blade；Described
Driving means includes the first housing, permanent magnet sleeve, guide pin bushing, push rod, electric magnet sleeve, heading；One end of described first housing
Fixing with the lower surface of described Harvester for maize, the other end of the first housing is provided with opening of just vertical plane to described corner block
Mouthful；Be fixed with permanent magnet sleeve in first housing, in described permanent magnet sleeve, be set with at least two electric magnet sleeve, described extremely
Few two electric magnet sleeves and permanent magnet sleeve matched in clearance, the electric magnet sleeve after described energising is suspended in forever by magnetic induction
On magnet sleeve and relative displacement can be produced；It is fixed with guide pin bushing, the one of described guide pin bushing in described at least two electric magnet sleeve
End passes through two orthogonal hinge with one end away from opening of the first housing, and described guide pin bushing is by aluminum alloy materials system
Becoming, be provided with push rod in described guide pin bushing, described push rod has ferrous material to make, and described push rod is near one end of the opening of the first housing
Being fixed with heading, described heading can contact with the vertical plane of described corner block.
Maize Production of the present invention management system, wherein, described corn straw side is provided with cutter sweep, and opposite side is provided with shifting
Dynamic case panel assembly, described mobile case panel assembly includes the second motor, cam, first connecting rod, second connecting rod, sliding sleeve, swing
Bar, support, shifting block；The side of described second motor and described Harvester for maize is fixed, the output shaft of the second motor and cam
Rotating shaft is fixed, and one end of cam is fixed with one end of first connecting rod, and the other end of described first connecting rod is fixed with counterweight, and first even
The middle part of bar and one end chain connection of second connecting rod, the other end of described second connecting rod and sliding sleeve chain connection, described
Sliding sleeve is sleeved on the top of swing arm, and the lower end of described swing arm is fixed with shifting block, and the cross sectional shape of described shifting block is for falling
One end chain connection of airfoil, the middle part of swing arm and support, the other end of described support is solid with the side of Harvester for maize
Fixed, described shifting block with just to described blade.
Maize Production of the present invention management system, wherein, described Harvester for maize also include baking box, gauze roller machine, first
Expansion link, the second expansion link, the 3rd expansion link, chasing-attachment, particle size sorting device and earth storing apparatus, described baking box leads to
Crossing the first expansion link to be connected with gauze roller machine, described gauze roller machine is connected with chasing-attachment by the second expansion link, described
Chasing-attachment is connected with particle size sorting device by the 3rd expansion link, described earth storing apparatus pass through connecting tube respectively with shredding
Device, the top of particle size sorting device are connected；Be provided around in described gauze roller machine within it the gauze on surface, the 3rd draw
Hold up, support rod, wind turbine and the first separating sieve, described first separating sieve is tiltedly located in gauze roller machine, described wind turbine with
Support rod is connected, and is arranged on above the first separating sieve, and described 3rd engine is connected with the support rod other end；Described chasing-attachment
Inside being provided with two rollers driven by four-engine, said two roller is mutually horizontally disposed with, the spacing between said two roller
Adjustable, said two roller is provided with the grater that plural number is the most corresponding；It is provided with reciprocally in described particle size sorting device
At least two second separating sieve of motion, each described second separating sieve is setting up and down, and the aperture of the second separating sieve the most down
The least, each described second separating sieve is obliquely installed, and one end that horizontal position sets low is equipped with a discharging opening；Described earth accommodates
Device is an enclosed earth storing apparatus, and also includes taking out aerator, described in take out aerator be arranged on earth accommodate dress
Put outside.
Maize Production of the present invention management system, wherein, described disease sensor includes just at least two straw, contrast
The straw brightness detection unit of the brightness of adjacent straw；Mobile to being only oriented towards the straw that in described at least two straw, brightness is more weak
Light filling unit；Just at least two straw, the color that contrasts adjacent straw straw color detection unit；And according to above-mentioned
The color contrast result of straw color detection unit, the color of the straw that comparison brightness is more weak is the most purple, the most then to service
Device output disease signal.
The method of Maize Production of the present invention management system, comprises the steps:
Just at least two straw, the brightness that contrasts adjacent straw；
Mobile more weak to being only oriented towards brightness in described at least two straw；
Just at least two straw, the color that contrasts adjacent straw；
According to color contrast result, the color of the straw that comparison brightness is more weak is the most purple, the most then output disease letter
Number.
The present invention by the way can be in the case of excluding brightness irregularities, and the brightness to adjacent straw is mended
Light, and compare the most purple after light filling, i.e. more whether it is partial to disease color, the most then can be excised as soon as possible, anti-
Only infect.
Maize Production of the present invention management system, wherein, also includes disease screening module, and it is connected with server, and it is used for
Color according to straw, highly, brightness, diameter judge Semen Maydis whether disease.
Maize Production of the present invention management system, wherein, described server is provided with multi-user's handover module, and it is used for arranging many
The login account of individual user terminal.
Maize Production of the present invention management system, wherein, described server is provided with user authority management module, and it is used for arranging
The authority of the login account of multiple user terminals.
Maize Production of the present invention management system difference from prior art is that Maize Production of the present invention management system is led to
Cross said structure to the defect information of the Semen Maydis needed for user terminal offer user, and by server, defect information to be entered
Row record, then control corn processed module by user terminal and process the Semen Maydis enforcement of disease in time, wherein server can be by
Defect information disposal operation backs up, thus is managed the information of Maize Production.
Below in conjunction with the accompanying drawings the Maize Production management system of the present invention is described further.
Accompanying drawing explanation
Fig. 1 is the structural representation of the cutter sweep of Maize Production management system；
Fig. 2 is the use state change map of Fig. 1；
Fig. 3 is the structural representation of the mobile case panel assembly of Maize Production management system.
Detailed description of the invention
Maize Production of the present invention management system includes server that user terminal is connected with user terminal, by taking
The data base of the popular science knowledge that the disease sensor that business device is connected with user terminal is connected with user terminal is connected with server
The corn processed module that is connected with server of message processing module.
The present invention to the defect information of the Semen Maydis needed for user terminal offer user, and can pass through clothes by said structure
Business device carries out record to defect information, then by user terminal control corn processed module in time to the Semen Maydis enforcement of disease at
Reason, wherein defect information disposal operation can be backed up by server, thus is managed the information of Maize Production.
Preferably, described corn processed module includes that Harvester for maize, described Harvester for maize include WIFI module, track
Detection module, route control module, operation control module, cutting module, message processing module, the amount of receiving adjustment module；
Described WIFI module is mutual for the information between each module；Described track detection module is in order to monitor Semen Maydis cutting
The harvesting route of machine, it is simple to being smoothed out of harvesting, after track detection completes, information is passed through WIFI mould by track detection module
Block feeds back to message processing module, and control command is issued operation control module by WIFI module by message processing module；
Described route control module is for adjusting the cut direction of Harvester for maize, and track detection module feeds back information to
After message processing module, message processing module through WIFI module, the information that route controls is passed to route control module and carry out
The adjustment of the cut direction of Harvester for maize, it is simple to the carrying out of results；
Described operation control module, in order to control startup and the stopping of Harvester for maize, starts control module execution
After, information is fed back to message processing module by WIFI module, control command is passed to cut module by message processing module
Carry out cutting operation；
Described cutting module, in order to control the cutting speed of Harvester for maize, cut direction etc., cuts the letter that module sends
Number feed back to message processing module；
The described amount of receiving adjustment module, in order to control the harvest yield of Harvester for maize, prevents results beyond Harvester for maize energy
The amount of enough carryings, the amount of receiving adjustment module also includes that quantity of information is fed back at information by detection limit module, the timing of detection limit module
Reason module, message processing module controls the loading module of the amount of receiving adjustment module according to the quantity of information of detection limit module feedback.
The present invention can realize the timely cutting for disease Semen Maydis by said structure, and user terminal passes according to disease
The information of sensor controls Harvester for maize by WIFI module and cuts away disease Semen Maydis, thus prevents the diffusion of maize diseases, from
And strengthen the overall health degree of corn field.
It is further preferred that described Harvester for maize cuts Semen Maydis by cutter sweep, described cutter sweep includes driving
Device 140 and blade 120, described blade 120 is disc, and the upper surface of blade 120 is circumferentially with at least three triangle along it
Block 130, described corner block 130 is provided with vertical plane 131 and inclined plane 132, and described at least three corner block 130 is along blade 120
Axis centre is symmetrical；
Described driving means 140 includes the first housing 111, permanent magnet sleeve 112, guide pin bushing 113, push rod 114, electromagnet sleeve
Cylinder 116, heading 116；
Described one end of first housing 111 is fixed with the lower surface of described Harvester for maize, the other end of the first housing 111
It is provided with the opening of just vertical plane 131 to described corner block 130；Permanent magnet sleeve 112 it is fixed with in first housing 111, described
At least two electric magnet sleeve 116, described at least two electric magnet sleeve 116 and permanent magnet it is set with in permanent magnet sleeve 112
Sleeve 112 matched in clearance, the electric magnet sleeve 116 after described energising is suspended on permanent magnet sleeve 112 and energy by magnetic induction
Enough produce relative displacement；Guide pin bushing 113 it is fixed with, one end of described guide pin bushing 113 and the in described at least two electric magnet sleeve 116
Two orthogonal hinge are passed through in one end away from opening of one housing 111, and described guide pin bushing 113 is by aluminum alloy materials system
Becoming, be provided with push rod 114 in described guide pin bushing 113, described push rod 114 has ferrous material to make, and described push rod 114 is near the first housing
One end of the opening of 111 is fixed with heading 116, and described heading 116 can contact with the vertical plane 131 of described corner block 130.
The present invention passes through said structure, and blade 120 can be made to be rotated more flexibly by corner block 130, thus more
Add cutting disease corn straw flexibly so that can fall more vertically after corn straw is cut, will not be because of cutting in
Too quickly and cause the straw seriality of Domino effect to lodge.Wherein, non-magnetic guide pin bushing 113 and the first housing 111 are by two
Individual orthogonal hinge, can make guide pin bushing 113 can produce the twisting of any direction relative to the first housing 111, meanwhile,
The electric magnet sleeve 116 attracted each other, push rod 114 can be guided by guide pin bushing 113, thus guide heading 116.Electricity
Magnet guide pin bushing 113 1 aspect is suspended on permanent magnet sleeve 112 by magnetic suspension effect, on the other hand by magnetic suspension effect
Move in permanent magnet sleeve 112, thus drive push rod 114 to move, cause heading 116 driving blade 120 to rotate so that straw
Cutting softer.
It is further preferred that described corn straw side is provided with cutter sweep, opposite side is provided with mobile case panel assembly 200,
Described mobile case panel assembly 200 includes the second motor 201, cam 202, first connecting rod 203, second connecting rod 205, sliding sleeve
206, swing arm 207, support 208, shifting block 209；
The side of described second motor 201 and described Harvester for maize is fixed, the output shaft of the second motor 201 and cam
The rotating shaft of 202 is fixed, and one end of one end of cam 202 and first connecting rod 203 is fixed, and the other end of described first connecting rod 203 is solid
Surely there is a counterweight 204, one end chain connection of the middle part of first connecting rod 203 and second connecting rod 205, described second connecting rod 205 another
One end and sliding sleeve 206 chain connection, described sliding sleeve 206 is sleeved on the top of swing arm 207, described swing arm 207
Lower end be fixed with shifting block 209, the cross sectional shape of described shifting block 209 is down airfoil, the middle part of swing arm 207 and support 208
One end chain connection, the described other end of support 208 fixes with the side of Harvester for maize, described shifting block 209 with just to institute
State blade 120.
The present invention passes through said structure, the axially-movable of the second motor can be changed into the expansion of swing arm 207, contraction
Reciprocating motion, and, owing to Harvester for maize can the most down lift, the lift side of Harvester for maize moves down
Time, the shifting block 209 of swing arm 207 contacts blade 120, to such an extent as to its expansion angle becomes big, and now, sliding sleeve 206 upwards moves
Dynamic, but, swing arm 207 still can realize expansion, the reciprocating motion shunk.Further, the present invention passes through said structure, can profit
Shifting block 209 is driven to move back and forth by the reciprocating principle of guide pin bushing 113, so that shifting block 209 is with different moments and frequency
Rate is fitted blade 120, thus straw is pushed to blade 120 and carries out flexible cutting, also can adjust power according to the thickness of straw
Square and frequency.
Wherein, the microcephaly of described shifting block 209 is towards described Harvester for maize, and the major part of shifting block 209 is towards blade 120.
It is further preferred that described Harvester for maize also include baking box, gauze roller machine, the first expansion link, second stretch
Bar, the 3rd expansion link, chasing-attachment, particle size sorting device and earth storing apparatus, described baking box by the first expansion link with
Gauze roller machine is connected, and described gauze roller machine is connected with chasing-attachment by the second expansion link, and described chasing-attachment passes through the
Three expansion links are connected with particle size sorting device, described earth storing apparatus by connecting tube respectively with chasing-attachment, particle size sorting
The top of device is connected；
The gauze on surface within it, the 3rd engine, support rod, wind turbine and it is provided around in described gauze roller machine
One separating sieve, described first separating sieve is tiltedly located in gauze roller machine, and described wind turbine is connected with support rod, and is arranged on first
Above separating sieve, described 3rd engine is connected with the support rod other end；
Being provided with two rollers driven by four-engine in described chasing-attachment, said two roller is mutually horizontally disposed with,
Spacing between said two roller is adjustable, and said two roller is provided with the grater that plural number is the most corresponding；
Reciprocating at least two the second separating sieve, each described second sorting it is provided with in described particle size sorting device
Sieving setting up and down, and the aperture of the second separating sieve the most down is the least, each described second separating sieve is obliquely installed, and horizontal position
The one end set low is equipped with a discharging opening；
Described earth storing apparatus is an enclosed earth storing apparatus, and also includes taking out aerator, described in take out drum
Blower fan is arranged on outside earth storing apparatus.
Corn straw can directly be pulverized, is dried, be dehydrated by the present invention so that its can be directly used as fuel or
Under landfill, it is uniform that hoister control crushes and feeds in sorting, and chasing-attachment controls the particle diameter of straw.
Preferably, described disease sensor includes
Just at least two straw, the brightness that contrasts adjacent straw straw brightness detection unit；
Mobile to being only oriented towards the light filling unit of the straw that brightness is more weak in described at least two straw；
Just at least two straw, the color that contrasts adjacent straw straw color detection unit；And
According to the color contrast result of above-mentioned straw color detection unit, the color of the straw that comparison brightness is more weak is the most inclined
Purple, the most then export disease signal to server.
The method of Maize Production of the present invention management system, comprises the steps:
Just at least two straw, the brightness that contrasts adjacent straw；
Mobile more weak to being only oriented towards brightness in described at least two straw；
Just at least two straw, the color that contrasts adjacent straw；
According to color contrast result, the color of the straw that comparison brightness is more weak is the most purple, the most then output disease letter
Number.
The present invention by the way can be in the case of excluding brightness irregularities, and the brightness to adjacent straw is mended
Light, and compare the most purple after light filling, i.e. more whether it is partial to disease color, the most then can be excised as soon as possible, anti-
Only infect.
Preferably, also including disease screening module, it is connected with server, its for according to the color of straw, highly, bright
Degree, diameter judge Semen Maydis whether disease.
Described server is provided with multi-user's handover module, and it is for arranging the login account of multiple user terminal.
Described server is provided with user authority management module, and it is for arranging the power of the login account of multiple user terminal
Limit.
Embodiment described above is only to be described the preferred embodiment of the present invention, the not model to the present invention
Enclose and be defined, on the premise of designing spirit without departing from the present invention, the those of ordinary skill in the art technical side to the present invention
Various deformation that case is made and improvement, all should fall in the protection domain that claims of the present invention determines.
Claims (10)
1. Maize Production management system, it is characterised in that: include server that user terminal is connected with user terminal, lead to
Cross data base and the server of the popular science knowledge that the disease sensor that server is connected is connected with user terminal with user terminal
The corn processed module that the message processing module connected is connected with server.
Maize Production the most according to claim 1 management system, it is characterised in that: described corn processed module includes Semen Maydis
Cutting machine, described Harvester for maize includes WIFI module, track detection module, route control module, operation control module, cutting
Module, message processing module, the amount of receiving adjustment module；
Described WIFI module is mutual for the information between each module；Described track detection module is in order to monitor Harvester for maize
Harvesting route, it is simple to being smoothed out of harvesting, after track detection completes, track detection module is anti-by WIFI module by information
Feeding message processing module, control command is issued operation control module by WIFI module by message processing module；
Described route control module is for adjusting the cut direction of Harvester for maize, and track detection module feeds back information to information
After processing module, message processing module through WIFI module, the information that route controls is passed to route control module and carry out Semen Maydis
The adjustment of the cut direction of cutting machine, it is simple to the carrying out of results；
Described operation control module is in order to control startup and the stopping of Harvester for maize, after starting control module execution, and will
Information feeds back to message processing module by WIFI module, and control command is passed to cut module and cuts by message processing module
Cut operation；
Described cutting module is in order to control the cutting speed of Harvester for maize, cut direction etc., and the signal that cutting module sends is anti-
Feed message processing module；
The described amount of receiving adjustment module, in order to control the harvest yield of Harvester for maize, prevents results can hold beyond Harvester for maize
The amount carried, the amount of receiving adjustment module also includes that quantity of information is fed back to information processing mould by detection limit module, the timing of detection limit module
Block, message processing module controls the loading module of the amount of receiving adjustment module according to the quantity of information of detection limit module feedback.
Maize Production the most according to claim 2 management system, it is characterised in that: described Harvester for maize is filled by cutting
Putting cutting Semen Maydis, described cutter sweep includes driving means (140) and blade (120), and described blade (120) is disc, cutter
The upper surface of sheet (120) is circumferentially with at least three corner block (130) along it, and described corner block (130) is provided with vertical plane (131)
With inclined plane (132), described at least three corner block (130) is symmetrical along the axis centre of blade (120)；
Described driving means (140) includes the first housing (111), permanent magnet sleeve (112), guide pin bushing (113), push rod (114), electricity
Magnet sleeve (116), heading (116)；
Described one end of first housing (111) is fixed with the lower surface of described Harvester for maize, the other end of the first housing (111)
It is provided with the opening of just vertical plane (131) to described corner block (130)；First housing is fixed with permanent magnet sleeve in (111)
(112), at least two electric magnet sleeve (116), described at least two electromagnet sleeve it are set with in described permanent magnet sleeve (112)
Cylinder (116) and permanent magnet sleeve (112) matched in clearance, the electric magnet sleeve (116) after described energising is suspended in by magnetic induction
Permanent magnet sleeve (112) is upper and can produce relative displacement；It is fixed with guide pin bushing in described at least two electric magnet sleeve (116)
(113), one end of described guide pin bushing (113) and one end away from opening of the first housing (111) are by two orthogonal hinges
Chain is hinged, and described guide pin bushing (113) is made up of aluminum alloy materials, is provided with push rod (114), described push rod in described guide pin bushing (113)
(114) having ferrous material to make, described push rod (114) is fixed with heading near one end of the opening of the first housing (111)
(116), described heading (116) can contact with the vertical plane (131) of described corner block (130).
Maize Production the most according to claim 3 management system, it is characterised in that: described corn straw side is provided with cutting
Device, opposite side is provided with mobile case panel assembly (200), and described mobile case panel assembly (200) includes the second motor (201), cam
(202), first connecting rod (203), second connecting rod (205), sliding sleeve (206), swing arm (207), support (208), shifting block
(209)；
The side of described second motor (201) and described Harvester for maize is fixed, the output shaft of the second motor (201) and cam
(202) rotating shaft is fixed, and one end of one end of cam (202) and first connecting rod (203) is fixed, described first connecting rod (203)
The other end is fixed with counterweight (204), one end chain connection of the middle part of first connecting rod (203) and second connecting rod (205), and described the
The other end of two connecting rods (205) and sliding sleeve (206) chain connection, described sliding sleeve (206) is sleeved on swing arm (207)
Top, the lower end of described swing arm (207) is fixed with shifting block (209), and the cross sectional shape of described shifting block (209) is down wing
One end chain connection of shape, the middle part of swing arm (207) and support (208), the other end of described support (208) cuts with Semen Maydis
The side of machine is fixed, described shifting block (209) with just to described blade (120).
Maize Production the most according to claim 4 management system, it is characterised in that: described Harvester for maize also includes baking
Case, gauze roller machine, the first expansion link, the second expansion link, the 3rd expansion link, chasing-attachment, particle size sorting device and earth
Storing apparatus, described baking box is connected with gauze roller machine by the first expansion link, and described gauze roller machine passes through the second expansion link
Being connected with chasing-attachment, described chasing-attachment is connected with particle size sorting device by the 3rd expansion link, described earth storing apparatus
By connecting tube, top with chasing-attachment, particle size sorting device is connected respectively；
The within it gauze on surface, the 3rd engine, support rod, wind turbine and first point it is provided around in described gauze roller machine
Jigging, described first separating sieve is tiltedly located in gauze roller machine, and described wind turbine is connected with support rod, and is arranged on the first sorting
Above sieve, described 3rd engine is connected with the support rod other end；
Being provided with two rollers driven by four-engine in described chasing-attachment, said two roller is mutually horizontally disposed with, described
Spacing between two rollers is adjustable, and said two roller is provided with the grater that plural number is the most corresponding；
Reciprocating at least two the second separating sieve it is provided with, on each described second separating sieve in described particle size sorting device
Lower setting, and the aperture of the second separating sieve the most down is the least, each described second separating sieve is obliquely installed, and horizontal position sets low
One end be equipped with a discharging opening；
Described earth storing apparatus is an enclosed earth storing apparatus, and also includes taking out aerator, described in take out aerator
It is arranged on outside earth storing apparatus.
Maize Production the most according to claim 1 management system, it is characterised in that: described disease sensor includes
Just at least two straw, the brightness that contrasts adjacent straw straw brightness detection unit；
Mobile to being only oriented towards the light filling unit of the straw that brightness is more weak in described at least two straw；
Just at least two straw, the color that contrasts adjacent straw straw color detection unit；And
According to the color contrast result of above-mentioned straw color detection unit, the color of the straw that comparison brightness is more weak is the most purple,
The most then export disease signal to server.
7. the method that test right requires the Maize Production management system described in 1, it is characterised in that comprise the steps:
Just at least two straw, the brightness that contrasts adjacent straw；
Mobile more weak to being only oriented towards brightness in described at least two straw；
Just at least two straw, the color that contrasts adjacent straw；
According to color contrast result, the color of the straw that comparison brightness is more weak is the most purple, the most then output disease signal.
Maize Production the most according to claim 1 management system, it is characterised in that: also include disease screening module, its with
Server connects, its for according to the color of straw, highly, brightness, diameter judge Semen Maydis whether disease.
Maize Production the most according to claim 1 management system, it is characterised in that: described server is provided with multi-user's switching
Module, it is for arranging the login account of multiple user terminal.
Maize Production the most according to claim 9 management system, it is characterised in that: described server is provided with user right
Management module, it is for arranging the authority of the login account of multiple user terminal.
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| CN201610528717.2A CN106171271B (en) | 2016-07-06 | 2016-07-06 | Maize production manages system and method |
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| CN201610528717.2A CN106171271B (en) | 2016-07-06 | 2016-07-06 | Maize production manages system and method |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109085170A (en) * | 2017-06-14 | 2018-12-25 | 中国科学院沈阳自动化研究所 | Synchronous belt type corn kernel percentage of damage on-line measuring device and method |
| CN109845479A (en) * | 2019-03-21 | 2019-06-07 | 安徽商贸职业技术学院 | A kind of mowing-apparatus |
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| US6701665B1 (en) * | 2000-10-23 | 2004-03-09 | Phytech Ltd. | Remote phytomonitoring |
| CN101695128A (en) * | 2009-10-21 | 2010-04-14 | 中国农业大学 | Plant disease long-distance diagnostic device |
| CN103336509A (en) * | 2013-06-27 | 2013-10-02 | 安徽朗坤物联网有限公司 | Wheat four-condition monitoring and scheduling system |
| CN205884008U (en) * | 2016-07-06 | 2017-01-18 | 重庆市农业科学院 | Maize plant diseases and insect pests processing system |
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| DE10002880C1 (en) * | 2000-01-10 | 2001-06-13 | Norsk Hydro As | Monitor system useful for examining the health of plants and vegetation comprises a vehicle equipped to register active and passive light and fluorescent spectra with satellite GPS links to determine corrective actions to be taken on site |
| US6701665B1 (en) * | 2000-10-23 | 2004-03-09 | Phytech Ltd. | Remote phytomonitoring |
| CN101695128A (en) * | 2009-10-21 | 2010-04-14 | 中国农业大学 | Plant disease long-distance diagnostic device |
| CN103336509A (en) * | 2013-06-27 | 2013-10-02 | 安徽朗坤物联网有限公司 | Wheat four-condition monitoring and scheduling system |
| CN205884008U (en) * | 2016-07-06 | 2017-01-18 | 重庆市农业科学院 | Maize plant diseases and insect pests processing system |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109085170A (en) * | 2017-06-14 | 2018-12-25 | 中国科学院沈阳自动化研究所 | Synchronous belt type corn kernel percentage of damage on-line measuring device and method |
| CN109085170B (en) * | 2017-06-14 | 2023-08-29 | 中国科学院沈阳自动化研究所 | Synchronous belt type corn kernel breaking rate online detection device and method |
| CN109845479A (en) * | 2019-03-21 | 2019-06-07 | 安徽商贸职业技术学院 | A kind of mowing-apparatus |
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| CN106171271B (en) | 2018-07-03 |
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