CN206179165U - Grain seeder kind grain blocks reputation reminiscences - Google Patents
Grain seeder kind grain blocks reputation reminiscences Download PDFInfo
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- CN206179165U CN206179165U CN201621012022.0U CN201621012022U CN206179165U CN 206179165 U CN206179165 U CN 206179165U CN 201621012022 U CN201621012022 U CN 201621012022U CN 206179165 U CN206179165 U CN 206179165U
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Abstract
The utility model relates to a grain seeder kind grain blocks reputation reminiscences, its characteristic includes: 12V DC power supply, infrared optical transmission circuit, infrared signal receiving circuit, burden pulse forming circuit, no monostable flip -flop and delay circuit, reputation warning circuit, no monostable flip -flop and delay circuit in the model chooseed for use of two inputs, four NAND gate circuit IC1 for CD4011. The utility model relates to a guarantee the seeding quality of crop, for a grain seeder kind grain blocks reputation reminiscences of vast peasant household design. The whereabouts condition of kind of grain in the pipeline can be kept watch on constantly to this kind of reputation reminiscences, in case planting the grain and taking place in the whereabouts to block in the pipeline, the reputation reminiscences can in time remind operating personnel to take corresponding mediation measure to stopped to leak the phenomenon of broadcasting by a large scale and taken place, improved seeding quality and the field work efficiency of crop effectively.
Description
Technical field
This utility model belongs to electronics and agricultural technology field, is reminded with regard to a kind of grain drill kind grain obstruction acousto-optic
Device.
Background technology
Common crop seeding method has：Broadcast sowing, drilling, bunch planting and precise sowing etc..So-called drilling：Be by seed by
Line-spacing, depth of planting according to crops requirement, application rate are broadcast into strips.Because drilling is conducive to crops logical in growth period
Wind, printing opacity, the task management such as are easy to field fertilization, hoe up weeds, so drilling technology is widely used in the farmings such as Semen Tritici aestivi, Semen Maydiss, beans
The sowing of thing.
Regular drill planter at seeding time, due to being contaminated with the debris such as careless bar, other seeds or stone in seed, it is easy to make
Block in pipeline in kind of grain dropping process.Because the kind grain for broadcasting is intended to cover soil, once occurring during sowing
Grain obstruction is planted, operator are difficult to find kind of a grain broadcast leakage phenomenon in time that where broadcast leakage has no way of finding out about it, it is also difficult to search, if too late
Shi Jinhang is remedied, it will cause crops to be short of seedling disconnected ridge, affects crop yield and harvest.
It, in order to ensure seeding quality, is vast that grain drill kind grain obstruction acousto-optic reminiscences described in the utility model are
A kind of grain drill kind grain obstruction acousto-optic reminiscences of peasant household's design.There are this acousto-optic reminiscences to monitor that kind of a grain exists the moment
Whereabouts situation in pipeline.Once planting grain to block in the pipeline for falling, acousto-optic reminiscences can in time remind operator
Member take corresponding measure, prevented plant grain large area broadcast leakage phenomenon generation, be effectively improved crops seeding quality and
Work efficiency.
Grain drill kind grain described in the utility model described further below blocks acousto-optic reminiscences in implementation process
Involved necessary, guardian technique content.
Utility model content
Goal of the invention and beneficial effect：This utility model is to ensure the seeding quality of crop, designing for wide farmers
A kind of grain drill kind grain obstruction acousto-optic reminiscences.This acousto-optic reminiscences can monitor kind of grain whereabouts in the duct the moment
Situation；Once plant during grain falls in pipeline blocking, acousto-optic reminiscences can in time remind operator to take accordingly
Dredging measure, so as to the phenomenon for having prevented large area broadcast leakage occurs, is effectively improved the seeding quality and field work of crop
Efficiency.
Circuit operation principle：The signaling conversion circuit of grain drill kind grain obstruction acousto-optic reminiscences is connected into without steady state function
Trigger, model CD4011 that the NAND gate circuit IC1 of two input four is used, the NAND gate circuit IC1's of two input four
14th foot meets circuit anode VCC；7th foot of the NAND gate circuit IC1 of two input four meets circuit ground GND；
Using infrared ray photoelectric coupling principle the situation that kind of grain falls in the duct is converted into the signal of telecommunication to control acousto-optic
Alert circuit.Infrarede emitting diode D1 and infrared type phototriode VT1 is aspectant installed in kind of grain falling duct
Middle part, makes the infrared light that infraluminescence diode D1 sends just be radiated on infrared type phototriode VT1.When kind of grain is in pipe
In road during normal whereabouts, the kind grain that infrared light is just fallen discontinuously is blocked, and is made on the colelctor electrode of infrared type phototriode VT1
Produce interruption negative pulse, negative pulse is coupled to the positive pole of electrochemical capacitor C2 by electrochemical capacitor Cl, prevent electrochemical capacitor C2 from by
Charge, the voltage close zero on electrochemical capacitor C2 positive poles so that the 1st foot of the NAND gate circuit IC1 of two input four is low level,
4th foot of the NAND gate circuit IC1 of two input four is changed into high level, be sent to the NAND gate circuit IC1 of two input four the 5th foot and
After 6th foot is anti-phase, the 3rd foot for making the NAND gate circuit IC1 of two input four exports low level, and low level can not drive enhancement mode N
Channel field-effect pipe VT2 is turned on so that acoustic-optic reminding circuit can not work without electricity；
When kind of a grain blocks in the duct, plant grain and fall no longer from pipeline, so that infraluminescence diode D1
The infrared light for sending is radiated at all the time on infrared type phototriode VT1, and the resistance for making infrared type phototriode VT1 diminishes,
So all the time it is a low level on the colelctor electrode of infrared type phototriode VT1, because it is a direct current signal, it can not
Reached on the positive pole of electrochemical capacitor C2 by electrochemical capacitor Cl, then electrochemical capacitor C2 is just started to charge up, electrochemical capacitor C2 positive poles
On voltage gradually rise, the 1st foot for making the NAND gate circuit IC1 of two input four is changed into high level, the NAND gate of two input four
4th foot of IC circuit 1 is changed into low level, be sent to the 5th foot of the NAND gate circuit IC1 of two input four and the 6th foot it is anti-phase after, make two
The 3rd foot output high level of the NAND gate circuit IC1 of input four, the high level directly leads enhancement mode N-channel field effect transistor VT2
It is logical, cause acoustic-optic reminding circuit to obtain electric work；
The foot of outfan the 3rd of the NAND gate collector IC1 of two input four is changed into high level can be maintained 6~8 seconds, and adjustment is without steady
The capacity of the electrochemical capacitor C3 in state flip-flop circuit can change level output width, i.e.,：Control the NAND gate of two input four
3rd foot output high level time delay of IC circuit 1.
Technical scheme：Grain drill kind grain blocks acousto-optic reminiscences, and it includes 12V DC sources, infrared light emission electricity
Road, infrared signal receiving circuit, negative pulse form circuit, astable multibrator and delay circuit, acoustic-optic reminding circuit, its feature
It is：
Infrared light emission circuit：It is made up of infrarede emitting diode D1, resistance R1, linear potentiometer RP1, infraluminescence
The negative pole of diode D1 by resistance R1 connect circuit ground GND, the one of the positive terminal potentiometer RP1 of infrarede emitting diode D1
End, the other end and its activity termination circuit anode VCC of linear potentiometer RP1；
Infrared signal receiving circuit：It is made up of linear potentiometer RP2, resistance R2 and infrared type phototriode VT1, red
The emitter stage of external form phototriode VT1 meets circuit ground GND by resistance R2, and the colelctor electrode of infrared type phototriode VT1 connects
One end of linear potentiometer RP2, the other end and its activity termination circuit anode VCC of linear potentiometer RP2；
Negative pulse forms circuit：It is made up of electrochemical capacitor C1, resistance R3, electrochemical capacitor C2, the positive pole of electrochemical capacitor C1
Connect the colelctor electrode of infrared type phototriode VT1, the negative pole of electrochemical capacitor C1 and the base stage of NPN type triode VT2, resistance R3
One end is connected with the positive pole of electrochemical capacitor C2, and another termination circuit anode VCC of resistance R3, the negative pole of electrochemical capacitor C2 connects circuit
Ground GND；
Astable multibrator and delay circuit：It is by the NAND gate circuit IC1 of two input four, resistance R4, electrochemical capacitor C3
Composition, model CD4011 that the NAND gate circuit IC1 of two input four is selected, the 1st foot of the NAND gate circuit IC1 of two input four
The negative pole of electrochemical capacitor C1 and the positive pole of electrochemical capacitor C2 are connect, the 14th foot of the NAND gate circuit IC1 of two input four is connecing circuit just
5th foot and the 6th foot of pole VCC, the NAND gate circuit IC1 of two input four meets circuit ground GND by resistance R4, two inputs four with
4th foot of not circuit IC1 connects the 2nd foot of the NAND gate circuit IC1 of two input four, the NAND gate circuit IC1's of two input four
5th foot and the 6th foot are connected with the negative pole of electrochemical capacitor C3, and the 3rd foot of the NAND gate circuit IC1 of two input four meets electrochemical capacitor C3
Positive pole, the 7th foot of the NAND gate circuit IC1 of two input four meets circuit ground GND；
Acoustic-optic reminding circuit：It is by resistance R5, enhancement mode N-channel field effect transistor VT2, buzzer HA, the pole of emitting red light two
Pipe LED and resistance R6 is constituted, and the 3rd foot of the NAND gate circuit IC1 of two input four connects enhancement mode N-channel field effect by resistance R5
The grid of pipe VT2, the drain electrode of enhancement mode N-channel field effect transistor VT2 connects the negative pole of buzzer HA and one end of resistance R6, buzzer
The positive pole of HA connects circuit anode VCC, the negative pole of another termination red light emitting diodes LED of resistance R6, red light emitting diodes
The positive pole of LED meets circuit anode VCC, and the source electrode of enhancement mode N-channel field effect transistor VT2 meets circuit ground GND；
The positive pole of 12V DC sources is connected with circuit anode VCC, and the negative pole of 12V DC sources is connected with circuit ground GND.
Description of the drawings
Accompanying drawing 1 is the embodiment circuit work that this utility model provides a grain drill kind grain obstruction acousto-optic reminiscences
Schematic diagram.
Specific embodiment
According to grain drill kind grain obstruction acousto-optic reminiscences circuit fundamental diagram and description of the drawings shown in accompanying drawing 1,
And according to annexation between components and parts in each several part circuit described in utility model content, and the unit described in embodiment
Device technology parameter request and circuit production main points are implemented to be capable of achieving this utility model, with reference to embodiments to this reality
It is further described with new correlation technique.
The technical parameter of components and parts and selection are required
D1 is infrarede emitting diode, model HG505 of selection, its a diameter of ￠ 5；
VT1 be infrared type phototriode, model PH302 of selection；
VT2 be enhancement mode N-channel field effect transistor, model IRFZ22 of selection；
IC1 is the NAND gate circuit of two input four, and model CD4011 of selection is only used in this utility model embodiment
Two of which NAND gate circuit；
Resistance is all 1/4W metalfilmresistors from power, and the resistance of resistance Rl~R2 is 2.2K Ω；Resistance R3's
Resistance is 300K Ω；The resistance of resistance R4 is 120K Ω；The resistance of resistance R5 is 82K Ω；The resistance of resistance R6 is 620 Ω；
C1~C3 CD11-10 type electrochemical capacitors, its capacity is respectively 2.2 μ F/25V, 22 μ F/25V, 68 μ F/25V；
LED is red light emitting diodes, from 1 super brightness red light emitting diodes；
HA is buzzer, adopts and carries audio generating circuit, high loudness, water proof type 12V buzzers.
Circuit production main points, circuit debugging and using method
The pin that the NAND gate circuit IC1 of two input four is not used must all be grounded；
In order to prevent the NAND gate circuit IC1 of two input four in welding process from damaging by electrostatic, therefore, in welding
During the pin of the NAND gate circuit IC1 of two input four, human body and circuit board must be kept to have reliable ground to protect, therefore recommendation two
The NAND gate circuit IC1 of input four uses IC socket preferably；
Because grain drill kind grain block acousto-optic reminiscences circuit structure it is fairly simple, as long as generally from
Electronic devices and components performance is intact, and to specifications the components and parts annexation in accompanying drawing 1 is welded, physical connection line and weldering
Quality is connect after going through correctly, circuit of the present utility model only needs to carry out normal work by simple debugging；
Linear potentiometer RP1, linear potentiometer RP2 are respectively used to adjust the emissive porwer, red of infraluminescence diode D1
External form phototriode VT1 receives the sensitivity of infrared light；
The capacity of adjustment electrochemical capacitor C3 can change the width of output level, i.e.,：Change the NAND gate of two input four electricity
3rd foot of road IC1 exports holding time for high level.
Circuit structure design of the present utility model, components' placement, and its face shaping design and its size
Etc. being not key technology of the present utility model, nor the claimed guardian technique content of this utility model, because of not shadow
The realization of this utility model specific implementation process and utility model purpose is rung, therefore is not illustrated one by one in the description.
Claims (1)
1. a kind of grain drill kind grain blocks acousto-optic reminiscences, and it includes 12V DC sources, infrared light emission circuit, infrared
Signal receiving circuit, negative pulse form circuit, astable multibrator and delay circuit, acoustic-optic reminding circuit, it is characterised in that：
Described infrared light emission circuit is made up of infrarede emitting diode D1, resistance R1, linear potentiometer RP1, infraluminescence
The negative pole of diode D1 by resistance R1 connect circuit ground GND, the one of the positive terminal potentiometer RP1 of infrarede emitting diode D1
End, the other end and its activity termination circuit anode VCC of linear potentiometer RP1；
Described infrared signal receiving circuit is made up of linear potentiometer RP2, resistance R2 and infrared type phototriode VT1, red
The emitter stage of external form phototriode VT1 meets circuit ground GND by resistance R2, and the colelctor electrode of infrared type phototriode VT1 connects
One end of linear potentiometer RP2, the other end and its activity termination circuit anode VCC of linear potentiometer RP2；
Described negative pulse forms circuit and is made up of electrochemical capacitor C1, resistance R3, electrochemical capacitor C2, and the positive pole of electrochemical capacitor C1 connects
The colelctor electrode of infrared type phototriode VT1, the negative pole of electrochemical capacitor C1 and the base stage of NPN type triode VT2, the one of resistance R3
End is connected with the positive pole of electrochemical capacitor C2, and the negative pole of another termination circuit anode VCC of resistance R3, electrochemical capacitor C2 connects circuit ground
GND；
Described astable multibrator and delay circuit are by the NAND gate circuit IC1 of two input four, resistance R4, electrochemical capacitor C3 groups
Into model CD4011 that the NAND gate circuit IC1 of two input four is selected, the 1st foot of the NAND gate circuit IC1 of two input four connects
The negative pole of electrochemical capacitor C1 and the positive pole of electrochemical capacitor C2, the 14th foot of the NAND gate circuit IC1 of two input four connects circuit anode
5th foot and the 6th foot of VCC, the NAND gate circuit IC1 of two input four by resistance R4 connect circuit ground GND, two inputs four with it is non-
4th foot of gate circuit IC1 connects the 2nd foot of the NAND gate circuit IC1 of two input four, and the 5th of the NAND gate circuit IC1 of two input four the
Foot and the 6th foot are connected with the negative pole of electrochemical capacitor C3, and the 3rd foot of the NAND gate circuit IC1 of two input four connects electrochemical capacitor C3's
Positive pole, the 7th foot of the NAND gate circuit IC1 of two input four meets circuit ground GND；
Described acoustic-optic reminding circuit is by resistance R5, enhancement mode N-channel field effect transistor VT2, buzzer HA, red light emitting diodes
LED and resistance R6 is constituted, and the 3rd foot of the NAND gate circuit IC1 of two input four connects enhancement mode N-channel field effect transistor by resistance R5
The grid of VT2, the drain electrode of enhancement mode N-channel field effect transistor VT2 meets the negative pole of buzzer HA and one end of resistance R6, buzzer HA
Positive pole meet circuit anode VCC, the negative pole of another termination red light emitting diodes LED of resistance R6, red light emitting diodes LED
Positive pole meet circuit anode VCC, the source electrode of enhancement mode N-channel field effect transistor VT2 meets circuit ground GND；
The positive pole of described 12V DC sources is connected with circuit anode VCC, negative pole and the circuit ground GND phases of 12V DC sources
Even.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621012022.0U CN206179165U (en) | 2016-08-30 | 2016-08-30 | Grain seeder kind grain blocks reputation reminiscences |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621012022.0U CN206179165U (en) | 2016-08-30 | 2016-08-30 | Grain seeder kind grain blocks reputation reminiscences |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206179165U true CN206179165U (en) | 2017-05-17 |
Family
ID=58676133
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621012022.0U Expired - Fee Related CN206179165U (en) | 2016-08-30 | 2016-08-30 | Grain seeder kind grain blocks reputation reminiscences |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206179165U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106205034A (en) * | 2016-08-30 | 2016-12-07 | 周玉林 | Grain drill kind grain blocks acousto-optic reminiscences |
| CN109974391A (en) * | 2019-03-30 | 2019-07-05 | 周芸 | Closing door of refrigerator acousto-optic delay alarm set |
-
2016
- 2016-08-30 CN CN201621012022.0U patent/CN206179165U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106205034A (en) * | 2016-08-30 | 2016-12-07 | 周玉林 | Grain drill kind grain blocks acousto-optic reminiscences |
| CN109974391A (en) * | 2019-03-30 | 2019-07-05 | 周芸 | Closing door of refrigerator acousto-optic delay alarm set |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170517 Termination date: 20170830 |