CN2627801Y - Active planting precision dibbler - Google Patents
Active planting precision dibbler Download PDFInfo
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- CN2627801Y CN2627801Y CN 03264130 CN03264130U CN2627801Y CN 2627801 Y CN2627801 Y CN 2627801Y CN 03264130 CN03264130 CN 03264130 CN 03264130 U CN03264130 U CN 03264130U CN 2627801 Y CN2627801 Y CN 2627801Y
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Abstract
The utility model relates to a seeding machine, in particular to an active planting type accurate dibble seeding machine, which comprises a seeding machine chassis, a fixed disc, a movable disc, a seed inlet pipe, and a seed inlet port, wherein a seed dibbling duck bill capable of sliding in radial direction is disposed on the lateral wall of the movable disc; a seed chamber is disposed on the fixed disc; the inter part of the seed chamber is round; the outer edge of the seed chamber is cam-shaped; the lower part of the outer edge is in the shape of involute curve; a boat-shaped groove-like seed scooping machine is disposed at a seeding orifice of the seed chamber; a roller wheel is disposed at a seeding orifice of a seed dibbling pipe of the seed dibbling duck bill and abutted against the outer edge of the seed chamber. Compared to prior art, the utility model has high seeding reliability, the opening and closing of the duck bill has no relation with the soil condition, the seeding is not influenced by the soil condition, and the seeding uniformity is high.
Description
Technical field:
The utility model relates to a kind of seeder, especially a kind of active implanted fine seeder.
Background technology:
Along with the development of agricultural planting technique, also more and more higher to the requirement of sowing, and present seeding machinary can not adapt with it.Present dibbler is mainly the duck-beak type dibbler; seeding nozzle as Chinese patent 99257140.5 and 99209623.5 disclosed program request machineries; comprise Moving plate and price fixing; be provided with a duckbilled that is fixed on the price fixing on the Moving plate; when sower is advanced; when the duckbilled follower disk rotates; duckbilled plate before the duckbilled peaks at ground opens duckbilled; when running into ground out-of-flatness or excessive when soft; usually can put forth effort Zhang Bukai nowhere because of the duckbilled plate; the broadcast leakage phenomenon will occur, and the super phenomenon of broadcasting in this cave will occur, influence seeding quality when the duckbilled plate opens next time.
Technology contents:
The purpose of this utility model provide a kind of sow degree of reliability height, dibbling duckbilled open with closed have nothing to do, sow with the soil situation do not change influenced, the high fine seeder of the sowing uniformity, especially a kind of active implanted fine seeder because of the soil situation.。
The utility model comprises the seeder frame, price fixing, Moving plate, seed input pipe and seed inlet, it is characterized in that on a week of the sidewall of Moving plate, being provided with chute radially, being provided with on chute can be along the dibbling duckbilled of chute direction slip, this dibbling duckbilled comprises a dibbling pipe that is provided with the inoculation mouth and goes out kind of mouth, the inoculation mouth place of dibbling pipe is provided with roller and swinging plate, go out kind of mouth and be the inclined-plane and go out kind of a mouth and be provided with the duckbilled plate, this duckbilled plate is a flap, the middle part of flap is connected in kind of the mouth place that of dibbling pipe by hinge pin, the afterbody of duckbilled plate is provided with roller, porose on the dibbling tube wall at roller place, described roller is outside this hole reaches the dibbling pipe, and the Moving plate of answering with pair of rollers is provided with the roller block; The dibbling duckbilled is provided with the slide block that passes the Moving plate chute, is provided with the extension spring that the dibbling duckbilled is pulled to axis direction between slide block and the Moving plate; Price fixing is provided with seed chamber, seed chamber inside is circular, outer rim is the cam-shaped that the bottom is the involute shape, the top ends of involute cam is provided with discharging tube, sidewall between seed chamber and the Moving plate is provided with guide chute, seed chamber sowing port place is provided with ladles out kind of a device, this ladles out kind of device is the bottom ship shape groove identical with the seed chamber circular arc, top is connected on the dibbler axle and is provided with to make ladles out the spring that kind of device resets, ladle out kind of a tank bottom and ladle out kind of a mouth, ladle out and ladle out kind of a spoon on kind of the mouth, ladle out kind of device and lean on the side plate of Moving plate one side to be provided with the driving lever that passes the seed chamber guide chute; The roller at the dibbling pipe inoculation mouthful place of above-mentioned dibbling duckbilled contacts the outer rim in seed chamber, swinging plate is stretched between seed chamber and the Moving plate, and swinging plate can be stirred the poke rod of ladling out kind of device and leave poke rod when arriving the projection top of seed chamber cam when turning to seed chamber gathering sill place with the dibbling duckbilled.
For making the seed that enters in the seed chamber an amount of, above-mentioned kind of the device of ladling out preferably is provided with the side plate that can seal the price fixing seed inlet by price fixing one side, and this side plate and price fixing seed inlet corresponding position are provided with the sieve shape seed inlet of being made up of several apertures.
For preventing that the dibbling duckbilled from being stopped up by earth, preferably be provided with dibbling duckbilled cleaning shoe on the above-mentioned Moving plate, this cleaning shoe is located near dibbling duckbilled place, is provided with microscler slit-like opening in the corresponding position of dibbling duckbilled, and cleaning shoe stretches in the dibbling pipe of dibbling duckbilled and is close to the dibbling tube wall from slit-like opening.
For ease of adjusting and the control amount of sowing, above-mentioned ladle out ladling out kind of mouth and ladling out preferably to be provided with between kind of the spoon and ladle out kind of a mouth adjustable plate of kind of device, be one can ladle out plate mobile on kind of the mouth.
For making operating personnel can in time understand the situation of sowing, the broadcast leakage situation occurring can in time reseed, the utility model also can be provided with the situation watch-dog of sowing, comprise central control processor IC1, the situation of sowing detector, the situation indicator of sowing, reseed driver and alarm, the situation detector of sowing is located in the discharging tube, comprise photophore and photoelectric sensor, be provided with the automatically reset impact turnover panel of energy in the discharging tube on photophore and photoelectric sensor top, it is U1～U6 that the situation detector of sowing is provided with many groups, be provided with 1 on each dibbler of sower, all be connected in the signal receiving end of central control processor IC1; Be provided with corresponding with the group number of the situation detector of sowing of the situation indicator of sowing organized more, all is connected in the signal output part of central control processor IC1, and every group is all wrapped one and contain light-emitting component D1～D6; Reseeding driver comprises and reseeds DM and driving governor IC3, this driving governor IC3 is provided with and the identical driving control end of situation detector set number of sowing, described DM is located in the voltage circuit that drives control end, between the output of the situation indicator of sowing of driving governor IC3 and central control processor IC1, be provided with control chip IC2, this control chip IC2 has at least and the same number of signal receiving end of the situation indicator of sowing and signal output part, the signal receiving end of control chip IC2 is connected with the signal output part of the situation indicator of sowing of central control processor IC1, and its signal output part then is connected with driving governor IC3 signal receiving end.
Also can be provided with relay J 1～J6 in the voltage circuit of above-mentioned driving control end, the normal opened contact switch of relay J 1～J6 is located in the voltage circuit of DM.
Described alarm can be located in the voltage circuit of road signal output of driving governor IC3, the road signal input part of driving governor IC3 is connected by photoelectrical coupler U7 with central control processor IC1 one road signal output part, also can directly be located in the voltage circuit of central control processor IC1 one road signal output.
Compared with prior art, the utility model is sowed degree of reliability height, and opening with closed of duckbilled has nothing to do with the soil situation, and it is not influenced because of the variation of soil situation to sow, sowing uniformity height.
Description of drawings:
Fig. 1 is the structural representation of the utility model embodiment 1.
Fig. 2 is the structural representation of Fig. 1 backsight.
Fig. 3 is the structural representation of Figure 1A-A section.
Fig. 4 ladles out the structural representation of kind of device for embodiment 1.
Fig. 5 ladles out the structural representation that kind of device is overlooked for embodiment 1.
Fig. 6 is the structural representation of the utility model embodiment 2.
Fig. 7 is the circuit diagram of embodiment 2.
Fig. 8 is the circuit diagram of embodiment 3.
Below in conjunction with accompanying drawing the utility model is elaborated.
With reference to accompanying drawing, the utility model comprises the seeder frame, price fixing (24), Moving plate (14), seed input pipe (23) and seed inlet (2), on a week of the sidewall of Moving plate, be provided with chute (22) radially, being provided with on chute can be along the dibbling duckbilled of chute direction slip, this dibbling duckbilled comprises a dibbling pipe (7) that is provided with the inoculation mouth and goes out kind of mouth, the inoculation mouth place of dibbling pipe is provided with roller (13) and swinging plate (12), go out kind of mouth and be the inclined-plane and go out kind of a mouth and be provided with duckbilled plate (9), this duckbilled plate is a flap, the middle part of flap is connected in kind of the mouth place that of dibbling pipe by hinge pin, and the hinge pin junction is provided with the spring (8) that routine duckbilled plate is in closure state, the afterbody of duckbilled plate is provided with roller (11), porose on the dibbling tube wall at roller place, described roller is outside this hole reaches the dibbling pipe, and the Moving plate of answering with pair of rollers is provided with roller block (10); The dibbling duckbilled is provided with the slide block (21) that passes the Moving plate chute, is provided with the extension spring (20) that the dibbling duckbilled is pulled to axis direction between slide block and the Moving plate; Price fixing is provided with seed chamber (1), seed chamber inside is circular, outer rim is the cam-shaped that the bottom is the involute shape, the top ends of involute cam is provided with discharging tube (17), sidewall between seed chamber and the Moving plate is provided with guide chute (16), seed chamber sowing port place is provided with ladles out kind of a device (4), this ladles out kind of device is the bottom ship shape groove identical with the seed chamber circular arc, top is connected on the dibbler axle and is provided with makes the spring (5) of ladling out kind of device and resetting, ladle out kind of a tank bottom and ladle out kind of a mouth, ladle out and ladle out kind of a spoon (18) on kind of the mouth, ladle out kind of mouth and ladle out preferably to be provided with between kind of the spoon and ladle out kind of a mouth adjustable plate (19), be one can ladle out on kind of the mouth plate that moves, ladling out kind of device leans on the side plate of Moving plate one side to be provided with the driving lever (15) that passes the seed chamber guide chute, ladle out kind of device and also can be provided with the side plate that can seal the price fixing seed inlet by price fixing one side, this side plate and price fixing seed inlet corresponding position are provided with the sieve shape seed inlet of being made up of several apertures (3), advance kind of how many controlled in hole and advance kind of an amount; The roller at the dibbling pipe inoculation mouthful place of above-mentioned dibbling duckbilled contacts the outer rim in seed chamber, swinging plate is stretched between seed chamber and the Moving plate, swinging plate can be stirred the poke rod of ladling out kind of device and leave poke rod when arriving the projection top of seed chamber cam when turning to seed chamber gathering sill place with the dibbling duckbilled, also can be provided with dibbling duckbilled cleaning shoe (6) on the Moving plate, this cleaning shoe is located near dibbling duckbilled place, be provided with microscler slit-like opening in the corresponding position of dibbling duckbilled, cleaning shoe stretches in the dibbling pipe of dibbling duckbilled and is close to the dibbling tube wall from slit-like opening.
The utility model also can be provided with the situation watch-dog (27) of sowing, comprise central control processor IC1, the situation of sowing detector (28), the situation indicator of sowing (29), reseed driver (30) and alarm (31), the situation detector of sowing is located in the discharging tube (17), comprise photophore and photoelectric sensor, be provided with the automatically reset impact turnover panel of energy in the discharging tube on photophore and photoelectric sensor top, it is U1～U6 that the situation detector of sowing is provided with many groups, be provided with 1 on each dibbler of sower, all be connected in the signal receiving end of central control processor IC1; Be provided with corresponding with the group number of the situation detector of sowing of the situation indicator of sowing organized more, all is connected in the signal output part of central control processor IC1, and every group is all wrapped one and contain light-emitting component D1～D6; Reseeding driver comprises and reseeds DM (26) and driving governor IC3, the armature (25) of reseeding DM is connected in to be ladled out on kind of the device axle sleeve, driving governor IC3 is provided with and the identical driving control end of situation detector set number of sowing, described DM is located in the voltage circuit that drives control end, also can be provided with relay J 1～J6 in the voltage circuit of above-mentioned driving control end, the normal opened contact switch of relay J 1～J6 is located in the voltage circuit of DM; Between the output of the situation indicator of sowing of driving governor IC3 and central control processor IC1, be provided with control chip IC2, this control chip IC2 has at least and the same number of signal receiving end of the situation indicator of sowing and signal output part, the signal receiving end of control chip IC2 is connected with the signal output part of the situation indicator of sowing of central control processor IC1, its signal output part then is connected with driving governor IC3 signal receiving end, described alarm can be located in the voltage circuit of road signal output of driving governor IC3, the road signal input part of driving governor IC3 is connected by photoelectrical coupler U7 with central control processor IC1 one road signal output part, also can directly be located in the voltage circuit of central control processor IC1 one road signal output;
In the circuit diagram, IC1～IC3 is an integrated chip, and J1～J7 is a relay, and V1+, V2+ are positive source, U1～U7 is a photoelectrical coupler, and R1～R21 is a resistance, and C1～C9 is a capacitor, D1～D6 is a light emitting diode, and Y is an audio signal generator, and L1～L6 is an electromagnet.
The fine line direction of arrow is the sower direct of travel among the figure, and the dotted arrow direction is Moving plate and dibbling duckbilled rotation direction, and two-way dotted arrow indication is for ladling out kind of a device reciprocating action direction.
Embodiment:
Embodiment 1:
With reference to Fig. 1～Fig. 5, be the structural representation of the utility model embodiment 1.Kind of the device of ladling out of present embodiment is provided with the side plate that can seal the price fixing seed inlet by price fixing one side, this side plate and price fixing seed inlet corresponding position are provided with the sieve shape seed inlet of being made up of several apertures, Moving plate is provided with dibbling duckbilled cleaning shoe, ladling out ladling out kind of mouth and ladling out to be provided with between kind of the spoon and ladle out kind of a mouth adjustable plate of kind of device, is one can ladle out the plate that moves on kind of the mouth.
Its course of work is as follows: seed enters seed chamber from seed input pipe, when the dibbling duckbilled rotates the cam place of seed chamber bottom at follower disk, its swinging plate is stirred the poke rod of ladling out kind of device, make and ladle out kind of an angle of device rotation, when ladling out the ladling out kind of mouth and overlap of kind of device with the seed chamber discharging tube, seed falls into the dibbling duckbilled from seed chamber, and swinging plate leaves with the poke rod of ladling out kind of device immediately, ladles out kind of device return under the effect of spring.Ladle out kind of device by the side plate of price fixing one side when ladling out kind of device swing, have a certain amount of seed and enter seed chamber from sieve shape seed inlet, but be unlikely to enter too much, dibbling duckbilled cleaning shoe can be removed the earth that enters in the seeding nozzle, prevent to stop up the pipe of sowing, ladle out kind of mouth adjustable plate and can regulate the size of mouth of sowing, so that it is an amount of to sow.
Embodiment 2:
With reference to Fig. 6, Fig. 7, be respectively structural representation and the circuit diagram of the utility model embodiment 2.Compare with embodiment 1, the difference of present embodiment is to be provided with the situation watch-dog of sowing in discharging tube, comprise central control processor IC1, the situation of sowing detector, the situation indicator of sowing, reseed driver and alarm, the situation detector of sowing is located in the discharging tube, comprise photophore and photoelectric sensor, be provided with the automatically reset impact turnover panel of energy in the discharging tube on photophore and photoelectric sensor top, it is U1～U6 that the situation detector of sowing is provided with many groups, be provided with 1 on each dibbler of sower, all be connected in the signal receiving end of central control processor IC1; Be provided with corresponding with the group number of the situation detector of sowing of the situation indicator of sowing organized more, all is connected in the signal output part of central control processor IC1, and every group is all wrapped one and contain light-emitting component D1～D6; Reseeding driver comprises and reseeds DM and driving governor IC3, this driving governor IC3 is provided with and the identical driving control end of situation detector set number of sowing, described DM is located in the voltage circuit that drives control end, between the output of the situation indicator of sowing of driving governor IC3 and central control processor IC1, be provided with control chip IC2, this control chip IC2 has at least and the same number of signal receiving end of the situation indicator of sowing and signal output part, the signal receiving end of control chip IC2 is connected with the signal output part of the situation indicator of sowing of central control processor IC1, and its signal output part then is connected with driving governor IC3 signal receiving end.
When seed falls into discharging tube and clashes into impact turnover panel in the discharging tube, the light that the shake of impact turnover panel is sensed photoelectric sensor changes, predict whether seeds fall is arranged, as there not being seeds fall at the appointed time, central controller can send an instruction rapidly and the DM action is reseeded.
Embodiment 3:
With reference to Fig. 8, be respectively the circuit diagram of the utility model embodiment 3.Compare with embodiment 2, the difference of present embodiment is to be provided with relay J 1～J6 in the voltage circuit of described driving control end, and the normal opened contact switch of relay J 1～J6 is located in the voltage circuit of DM.
Claims (13)
1, a kind of active implanted fine seeder, comprise the seeder frame, price fixing, Moving plate, seed input pipe and seed inlet, it is characterized in that on a week of the sidewall of Moving plate, being provided with chute radially, being provided with on chute can be along the dibbling duckbilled of chute direction slip, this dibbling duckbilled comprises a dibbling pipe that is provided with the inoculation mouth and goes out kind of mouth, the inoculation mouth place of dibbling pipe is provided with roller and swinging plate, go out kind of mouth and be the inclined-plane and go out kind of a mouth and be provided with the duckbilled plate, this duckbilled plate is a flap, the middle part of flap is connected in kind of the mouth place that of dibbling pipe by hinge pin, the afterbody of duckbilled plate is provided with roller, porose on the dibbling tube wall at roller place, described roller is outside this hole reaches the dibbling pipe, and the Moving plate of answering with pair of rollers is provided with the roller block; The dibbling duckbilled is provided with the slide block that passes the Moving plate chute, is provided with the extension spring that the dibbling duckbilled is pulled to axis direction between slide block and the Moving plate; Price fixing is provided with seed chamber, seed chamber inside is circular, outer rim is the cam-shaped that the bottom is the involute shape, the top ends of involute cam is provided with discharging tube, sidewall between seed chamber and the Moving plate is provided with guide chute, seed chamber sowing port place is provided with ladles out kind of a device, this ladles out kind of device is the bottom ship shape groove identical with the seed chamber circular arc, top is connected on the dibbler axle and is provided with to make ladles out the spring that kind of device resets, ladle out kind of a tank bottom and ladle out kind of a mouth, ladle out and ladle out kind of a spoon on kind of the mouth, ladle out kind of device and lean on the side plate of Moving plate one side to be provided with the driving lever that passes the seed chamber guide chute; The roller at the dibbling pipe inoculation mouthful place of above-mentioned dibbling duckbilled contacts the outer rim in seed chamber, swinging plate is stretched between seed chamber and the Moving plate, and swinging plate can be stirred the poke rod of ladling out kind of device and leave poke rod when arriving the projection top of seed chamber cam when turning to seed chamber gathering sill place with the dibbling duckbilled.
2, dibbler as claimed in claim 1 is characterized in that described kind of the device of ladling out is provided with the side plate that can seal the price fixing seed inlet by price fixing one side, and this side plate and price fixing seed inlet corresponding position are provided with the sieve shape seed inlet of being made up of several apertures.
3, dibbler as claimed in claim 1 or 2, it is characterized in that described Moving plate is provided with dibbling duckbilled cleaning shoe, this cleaning shoe is located near dibbling duckbilled place, be provided with microscler slit-like opening in the corresponding position of dibbling duckbilled, cleaning shoe stretches in the dibbling pipe of dibbling duckbilled and is close to the dibbling tube wall from slit-like opening.
4, dibbler as claimed in claim 1 or 2 is characterized in that described kind of the mouth of ladling out of ladling out kind of device is provided with and ladles out kind of a mouth adjustable plate with ladling out kind of a spoon, is one can ladle out the plate that moves on kind of the mouth.
5, dibbler as claimed in claim 3 is characterized in that described kind of the mouth of ladling out of ladling out kind of device is provided with and ladles out kind of a mouth adjustable plate with ladling out kind of a spoon, is one can ladle out the plate that moves on kind of the mouth.
6, dibbler as claimed in claim 1 or 2, it is characterized in that being provided with the situation watch-dog of sowing, comprise central control processor IC1, the situation of sowing detector, the situation indicator of sowing, reseed driver and alarm, the situation detector of sowing is located in the discharging tube, comprise photophore and photoelectric sensor, be provided with the automatically reset impact turnover panel of energy in the discharging tube on photophore and photoelectric sensor top, it is U1～U6 that the situation detector of sowing is provided with many groups, be provided with 1 on each dibbler of sower, all be connected in the signal receiving end of central control processor IC1; Be provided with corresponding with the group number of the situation detector of sowing of the situation indicator of sowing organized more, all is connected in the signal output part of central control processor IC1, and every group is all wrapped one and contain light-emitting component D1～D6; Reseeding driver comprises and reseeds DM and driving governor IC3, this driving governor IC3 is provided with and the identical driving control end of situation detector set number of sowing, described DM is located in the voltage circuit that drives control end, between the output of the situation indicator of sowing of driving governor IC3 and central control processor IC1, be provided with control chip IC2, this control chip IC2 has at least and the same number of signal receiving end of the situation indicator of sowing and signal output part, the signal receiving end of control chip IC2 is connected with the signal output part of the situation indicator of sowing of central control processor IC1, and its signal output part then is connected with driving governor IC3 signal receiving end.
7, dibbler as claimed in claim 3, it is characterized in that being provided with the situation watch-dog of sowing, comprise central control processor IC1, the situation of sowing detector, the situation indicator of sowing, reseed driver and alarm, the situation detector of sowing is located in the discharging tube, comprise photophore and photoelectric sensor, be provided with the automatically reset impact turnover panel of energy in the discharging tube on photophore and photoelectric sensor top, it is U1～U6 that the situation detector of sowing is provided with many groups, be provided with 1 on each dibbler of sower, all be connected in the signal receiving end of central control processor IC1; Be provided with corresponding with the group number of the situation detector of sowing of the situation indicator of sowing organized more, all is connected in the signal output part of central control processor IC1, and every group is all wrapped one and contain light-emitting component D1～D6; Reseeding driver comprises and reseeds DM and driving governor IC3, this driving governor IC3 is provided with and the identical driving control end of situation detector set number of sowing, described DM is located in the voltage circuit that drives control end, between the output of the situation indicator of sowing of driving governor IC3 and central control processor IC1, be provided with control chip IC2, this control chip IC2 has at least and the same number of signal receiving end of the situation indicator of sowing and signal output part, the signal receiving end of control chip IC2 is connected with the signal output part of the situation indicator of sowing of central control processor IC1, and its signal output part then is connected with driving governor IC3 signal receiving end.
8, dibbler as claimed in claim 4, it is characterized in that being provided with the situation watch-dog of sowing, comprise central control processor IC1, the situation of sowing detector, the situation indicator of sowing, reseed driver and alarm, the situation detector of sowing is located in the discharging tube, comprise photophore and photoelectric sensor, be provided with the automatically reset impact turnover panel of energy in the discharging tube on photophore and photoelectric sensor top, it is U1～U6 that the situation detector of sowing is provided with many groups, be provided with 1 on each dibbler of sower, all be connected in the signal receiving end of central control processor IC1; Be provided with corresponding with the group number of the situation detector of sowing of the situation indicator of sowing organized more, all is connected in the signal output part of central control processor IC1, and every group is all wrapped one and contain light-emitting component D1～D6; Reseeding driver comprises and reseeds DM and driving governor IC3, this driving governor IC3 is provided with and the identical driving control end of situation detector set number of sowing, described DM is located in the voltage circuit that drives control end, between the output of the situation indicator of sowing of driving governor IC3 and central control processor IC1, be provided with control chip IC2, this control chip IC2 has at least and the same number of signal receiving end of the situation indicator of sowing and signal output part, the signal receiving end of control chip IC2 is connected with the signal output part of the situation indicator of sowing of central control processor IC1, and its signal output part then is connected with driving governor IC3 signal receiving end.
9, dibbler as claimed in claim 5, it is characterized in that being provided with the situation watch-dog of sowing, comprise central control processor IC1, the situation of sowing detector, the situation indicator of sowing, reseed driver and alarm, the situation detector of sowing is located in the discharging tube, comprise photophore and photoelectric sensor, be provided with the automatically reset impact turnover panel of energy in the discharging tube on photophore and photoelectric sensor top, it is U1～U6 that the situation detector of sowing is provided with many groups, be provided with 1 on each dibbler of sower, all be connected in the signal receiving end of central control processor IC1; Be provided with corresponding with the group number of the situation detector of sowing of the situation indicator of sowing organized more, all is connected in the signal output part of central control processor IC1, and every group is all wrapped one and contain light-emitting component D1～D6; Reseeding driver comprises and reseeds DM and driving governor IC3, this driving governor IC3 is provided with and the identical driving control end of situation detector set number of sowing, described DM is located in the voltage circuit that drives control end, between the output of the situation indicator of sowing of driving governor IC3 and central control processor IC1, be provided with control chip IC2, this control chip IC2 has at least and the same number of signal receiving end of the situation indicator of sowing and signal output part, the signal receiving end of control chip IC2 is connected with the signal output part of the situation indicator of sowing of central control processor IC1, and its signal output part then is connected with driving governor IC3 signal receiving end.
10, dibbler as claimed in claim 1 or 2, it is characterized in that being provided with the situation watch-dog of sowing, comprise central control processor IC1, the situation of sowing detector, the situation indicator of sowing, reseed driver and alarm, the situation detector of sowing is located in the discharging tube, comprise photophore and photoelectric sensor, be provided with the automatically reset impact turnover panel of energy in the discharging tube on photophore and photoelectric sensor top, it is U1～U6 that the situation detector of sowing is provided with many groups, be provided with 1 on each dibbler of sower, all be connected in the signal receiving end of central control processor IC1; Be provided with corresponding with the group number of the situation detector of sowing of the situation indicator of sowing organized more, all is connected in the signal output part of central control processor IC1, and every group is all wrapped one and contain light-emitting component D1～D6; Reseeding driver comprises and reseeds DM and driving governor IC3, this driving governor IC3 is provided with and the identical driving control end of situation detector set number of sowing, be provided with relay J 1～J6 in the voltage circuit of described driving control end, the normal opened contact switch of relay J 1～J6 is located in the voltage circuit of DM; Between the output of the situation indicator of sowing of driving governor IC3 and central control processor IC1, be provided with control chip IC2, this control chip IC2 has at least and the same number of signal receiving end of the situation indicator of sowing and signal output part, the signal receiving end of control chip IC2 is connected with the signal output part of the situation indicator of sowing of central control processor IC1, and its signal output part then is connected with driving governor IC3 signal receiving end.
11, dibbler as claimed in claim 3, it is characterized in that being provided with the situation watch-dog of sowing, comprise central control processor IC1, the situation of sowing detector, the situation indicator of sowing, reseed driver and alarm, the situation detector of sowing is located in the discharging tube, comprise photophore and photoelectric sensor, be provided with the automatically reset impact turnover panel of energy in the discharging tube on photophore and photoelectric sensor top, it is U1～U6 that the situation detector of sowing is provided with many groups, be provided with 1 on each dibbler of sower, all be connected in the signal receiving end of central control processor IC1; Be provided with corresponding with the group number of the situation detector of sowing of the situation indicator of sowing organized more, all is connected in the signal output part of central control processor IC1, and every group is all wrapped one and contain light-emitting component D1～D6; Reseeding driver comprises and reseeds DM and driving governor IC3, this driving governor IC3 is provided with and the identical driving control end of situation detector set number of sowing, be provided with relay J 1～J6 in the voltage circuit of described driving control end, the normal opened contact switch of relay J 1～J6 is located in the voltage circuit of DM; Between the output of the situation indicator of sowing of driving governor IC3 and central control processor IC1, be provided with control chip IC2, this control chip IC2 has at least and the same number of signal receiving end of the situation indicator of sowing and signal output part, the signal receiving end of control chip IC2 is connected with the signal output part of the situation indicator of sowing of central control processor IC1, and its signal output part then is connected with driving governor IC3 signal receiving end.
12, dibbler as claimed in claim 4, it is characterized in that being provided with the situation watch-dog of sowing, comprise central control processor IC1, the situation of sowing detector, the situation indicator of sowing, reseed driver and alarm, the situation detector of sowing is located in the discharging tube, comprise photophore and photoelectric sensor, be provided with the automatically reset impact turnover panel of energy in the discharging tube on photophore and photoelectric sensor top, it is U1～U6 that the situation detector of sowing is provided with many groups, be provided with 1 on each dibbler of sower, all be connected in the signal receiving end of central control processor IC1; Be provided with corresponding with the group number of the situation detector of sowing of the situation indicator of sowing organized more, all is connected in the signal output part of central control processor IC1, and every group is all wrapped one and contain light-emitting component D1～D6; Reseeding driver comprises and reseeds DM and driving governor IC3, this driving governor IC3 is provided with and the identical driving control end of situation detector set number of sowing, be provided with relay J 1～J6 in the voltage circuit of described driving control end, the normal opened contact switch of relay J 1～J6 is located in the voltage circuit of DM; Between the output of the situation indicator of sowing of driving governor IC3 and central control processor IC1, be provided with control chip IC2, this control chip IC2 has at least and the same number of signal receiving end of the situation indicator of sowing and signal output part, the signal receiving end of control chip IC2 is connected with the signal output part of the situation indicator of sowing of central control processor IC1, and its signal output part then is connected with driving governor IC3 signal receiving end.
13, dibbler as claimed in claim 5, it is characterized in that being provided with the situation watch-dog of sowing, comprise central control processor IC1, the situation of sowing detector, the situation indicator of sowing, reseed driver and alarm, the situation detector of sowing is located in the discharging tube, comprise photophore and photoelectric sensor, be provided with the automatically reset impact turnover panel of energy in the discharging tube on photophore and photoelectric sensor top, it is U1～U6 that the situation detector of sowing is provided with many groups, be provided with 1 on each dibbler of sower, all be connected in the signal receiving end of central control processor IC1; Be provided with corresponding with the group number of the situation detector of sowing of the situation indicator of sowing organized more, all is connected in the signal output part of central control processor IC1, and every group is all wrapped one and contain light-emitting component D1～D6; Reseeding driver comprises and reseeds DM and driving governor IC3, this driving governor IC3 is provided with and the identical driving control end of situation detector set number of sowing, be provided with relay J 1～J6 in the voltage circuit of described driving control end, the normal opened contact switch of relay J 1～J6 is located in the voltage circuit of DM; Between the output of the situation indicator of sowing of driving governor IC3 and central control processor IC1, be provided with control chip IC2, this control chip IC2 has at least and the same number of signal receiving end of the situation indicator of sowing and signal output part, the signal receiving end of control chip IC2 is connected with the signal output part of the situation indicator of sowing of central control processor IC1, and its signal output part then is connected with driving governor IC3 signal receiving end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03264130 CN2627801Y (en) | 2003-05-27 | 2003-05-27 | Active planting precision dibbler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 03264130 CN2627801Y (en) | 2003-05-27 | 2003-05-27 | Active planting precision dibbler |
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| Publication Number | Publication Date |
|---|---|
| CN2627801Y true CN2627801Y (en) | 2004-07-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 03264130 Expired - Fee Related CN2627801Y (en) | 2003-05-27 | 2003-05-27 | Active planting precision dibbler |
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| Country | Link |
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| CN (1) | CN2627801Y (en) |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102077718A (en) * | 2011-01-13 | 2011-06-01 | 倪景春 | Transplanting-sowing water-injection type precision seeder |
| CN102714956A (en) * | 2012-06-26 | 2012-10-10 | 四川农业大学 | Adjustable hole sowing device |
| CN102714955A (en) * | 2012-06-26 | 2012-10-10 | 四川农业大学 | Adjustable-hole-spacing seeding device |
| CN104798508A (en) * | 2015-05-06 | 2015-07-29 | 梁双林 | Scoop and clamp type seed sowing device |
| CN106550627A (en) * | 2016-11-21 | 2017-04-05 | 冯月光 | Moisture film seeder |
| CN107517621A (en) * | 2017-10-22 | 2017-12-29 | 北京鼎翰科技有限公司 | A kind of millet bunch planting duckbilled indenting tool |
| CN111183769A (en) * | 2019-12-25 | 2020-05-22 | 哈尔滨市农业科学院 | Zero-speed hole sowing wheel type dry direct sowing mechanism for paddy rice |
| CN112243641A (en) * | 2020-10-20 | 2021-01-22 | 淮北暴风工业设计有限公司 | Suction type hill planter |
| CN112470613A (en) * | 2020-12-04 | 2021-03-12 | 石门县湘秀红柑桔专业合作社 | Hole sowing mechanism and agricultural planting robot |
-
2003
- 2003-05-27 CN CN 03264130 patent/CN2627801Y/en not_active Expired - Fee Related
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102077718A (en) * | 2011-01-13 | 2011-06-01 | 倪景春 | Transplanting-sowing water-injection type precision seeder |
| CN102714956A (en) * | 2012-06-26 | 2012-10-10 | 四川农业大学 | Adjustable hole sowing device |
| CN102714955A (en) * | 2012-06-26 | 2012-10-10 | 四川农业大学 | Adjustable-hole-spacing seeding device |
| CN104798508A (en) * | 2015-05-06 | 2015-07-29 | 梁双林 | Scoop and clamp type seed sowing device |
| CN106550627A (en) * | 2016-11-21 | 2017-04-05 | 冯月光 | Moisture film seeder |
| CN107517621A (en) * | 2017-10-22 | 2017-12-29 | 北京鼎翰科技有限公司 | A kind of millet bunch planting duckbilled indenting tool |
| CN107517621B (en) * | 2017-10-22 | 2018-07-27 | 睢宁景舜农业发展有限公司 | A kind of millet bunch planting duckbilled indenting tool |
| CN111183769A (en) * | 2019-12-25 | 2020-05-22 | 哈尔滨市农业科学院 | Zero-speed hole sowing wheel type dry direct sowing mechanism for paddy rice |
| CN111183769B (en) * | 2019-12-25 | 2024-05-28 | 哈尔滨市农业科学院 | Zero-speed hole sowing wheel type rice dry direct sowing mechanism |
| CN112243641A (en) * | 2020-10-20 | 2021-01-22 | 淮北暴风工业设计有限公司 | Suction type hill planter |
| CN112470613A (en) * | 2020-12-04 | 2021-03-12 | 石门县湘秀红柑桔专业合作社 | Hole sowing mechanism and agricultural planting robot |
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