CN208724368U

CN208724368U - A kind of grain-production device based on circular motion

Info

Publication number: CN208724368U
Application number: CN201820712154.7U
Authority: CN
Inventors: 孙宝珠
Original assignee: Xinchang Yin Chuang Auto Parts Co Ltd
Current assignee: Xinchang Yin Chuang Auto Parts Co Ltd
Priority date: 2018-05-14
Filing date: 2018-05-14
Publication date: 2019-04-12
Anticipated expiration: 2028-05-14

Abstract

The utility model relates to field of agricultural production technologies more particularly to a kind of grain-production devices based on circular motion.The technical problems to be solved in the utility model is agricultural production.Sowing in order to solve the problems, such as peanut seed is not uniform enough, the utility model provides a kind of grain-production device based on circular motion, including pedestal, the two sides of pedestal are fixedly connected to supporting leg, the supporting leg is fixedly connected with fixing bearing far from one end of pedestal, the inside of the fixing bearing is socketed with the first rotation axis, the both ends of first rotation axis are fixedly connected to movable pulley, the external fixing sleeve of first rotation axis is connected to first round disk, and the top of the pedestal has from left to right been respectively fixedly connected with driving motor and gear mounting plate.Peanut seed can be directly seeded into inside soil using sowing covering device, guarantee that the position of peanut seed will not be subjected to displacement by the grain-production device based on circular motion, keep peanut seed more uniform when sowing.

Description

A kind of grain-production device based on circular motion

Technical field

The present invention relates to field of agricultural production technologies, specially a kind of grain-production device based on circular motion.

Background technique

Grain refers to various vegetable seeds general names, also known as " cereal " in cooking food, abundant containing nutriment, predominantly Protein, vitamin, dietary fiber, fat etc..

Peanut is a kind of common article in grain, current planting machinery to peanut when planting, all first It after the soil in soil is turned over one time using rooter, is sowed using seeder, when sowing, first opens a ditch Then peanut is uniformly discharged into trench interiors using blanking device, is finally pushed soil in groove using covering device by slot, Seed is covered, this seeding method, during blanking, peanut is scrolled down through from the feeder pipe of blanking device bottom When, since gravity can generate biggish inertia force, it is possible to that other places can be rolled into when peanut seed being caused to fall into trench interiors, and cover In the process of soil, it is mobile that the movement of soil also be easy to cause peanut seed, so that the sowing that will lead to peanut seed is not uniform enough, If several peanut seeds are rolled at one, making peanut, nutrition is inadequate during growth, and peanut is caused not have enough battalion It supports as a result, so as to cause peanut yield reduction.

Summary of the invention

(1) the technical issues of solving

In view of the deficiencies of the prior art, the present invention provides a kind of grain-production device based on circular motion, solves Not uniform enough the problem of the sowing of peanut seed.

(2) technical solution

In order to achieve the above object, the present invention is achieved by the following technical programs: a kind of grain based on circular motion Process units, including pedestal, the two sides of pedestal are fixedly connected to supporting leg, and the one end of the supporting leg far from pedestal is fixed to be connected It is connected to fixing bearing, the inside of the fixing bearing is socketed with the first rotation axis, and the both ends of first rotation axis are fixed to be connected It is connected to movable pulley, the external fixing sleeve of first rotation axis is connected to first round disk, and the top of the pedestal is from left to right distinguished It is fixedly connected with driving motor and gear mounting plate, the front surface of the gear mounting plate is respectively arranged with first from top to bottom The front surface of half gear and first gear, the first half gear is provided with the second wheel disc, and the first gear is just Surface is fixedly connected with third wheel disc, and the external fixing sleeve of the driving motor output shaft is connected to fourth round disk, second wheel It is sequentially connected between disk and fourth round disk by the first belt, is passed between first wheel disc and third wheel disc by the second belt Dynamic connection, the inner cavity of the gear mounting plate is rotatably connected to the second rotation axis, the positive table of second rotation axis by bearing Face is fixedly connected with second gear, and the back side of the gear mounting plate is provided with lifting device.

When driving motor is worked, it will drive the first half gears and rotated, when the first half gear rotations one When circle, first gear and second gear rotate a circle, and when first gear is rotated, second gear is not rotated, when When second gear is rotated, first gear is not rotated, and when first gear rotation, be will drive movable pulley and is rotated, when the Two gears will drive the first rotation gear and be rotated when being rotated.

Preferably, the lifting device includes the first rotation gear and fixing sleeve, and the first rotation gear is fixed Be connected to the one end of the second rotation axis far from second gear, the back side of the gear mounting plate be provided with the second rotation gear and Third rotate gear, it is described second rotation gear and third rotation gear be symmetrically distributed in the first rotation gear two sides and It is meshed with the first rotation gear, the second rotation gear is fixedly connected with the second half tooth teeth far from the side of gear mounting plate Wheel, the third rotation gear are fixedly connected with half gear of third far from the side of gear mounting plate, and the fixing sleeve is fixed It is connected to the back side of gear mounting plate, the internal activity of the fixing sleeve is socketed with square blanking pipe, outside the square blanking pipe The two sides of wall are fixedly connected to rack gear, and the rack gear is located at the top of fixing sleeve, and the top of the square blanking pipe is fixed to be connected It is connected to splicing funnel, the square blanking pipe is internally provided with stop gauge.

When one circle of the first rotary teeth wheel rotation, one circle of the second half gears and the rotation of half gear of third will drive, the The orientation of half gear of 2 half gears and third is consistent, therefore the rack gear outside the second half gears and square blanking pipe When contact, half gear of third is separated with the rack gear outside square blanking pipe, outside half gear of third and square blanking pipe Rack gear contact when, the second half gears are separated with the rack gear outside square blanking pipe, in this way when, the second half gears and the After 3 half gears rotation, one circle, it will drive square blanking pipe and once moved up and down.

Preferably, the stop gauge includes swivel plate, supporting block and the first support plate, and the swivel plate passes through hinge It is hinged on the side of square blanking pipe, baffle is fixedly connected at the top of the swivel plate, the baffle is close to square blanking pipe One end run through and extend to the inner cavity of square blanking pipe, the supporting block is fixedly connected on the side of fixing sleeve, the support The back side of block is fixedly connected with cylindrical lever, and first support plate is fixedly connected on the side of square blanking pipe outer wall, institute The bottom for stating the first support plate is hinged with rolling movable plate, and the bottom for shaking movable plate is fixedly connected with cylinder by square fixed block, The internal activity of the cylinder is socketed with piston, and the bottom of the piston is fixedly connected with portable pillar, the bottom of the portable pillar It is hinged on the top of baffle, the bottom of the cylinder is fixedly connected with limit sleeve, and the limit sleeve is actively socketed on portable pillar Outside is fixedly connected with rotary discharge device at the top of the pedestal.

Since baffle is rotatably connected on by swivel plate the side of square blanking pipe, when square blanking pipe is to moving down It is dynamic, it contacts the side of baffle with cylindrical lever, is changed the angle of baffle, the one end for contacting baffle with portable pillar Upward portable pillar presses to air, elastic sealing strip is made to generate shape so that portable pillar band piston be made to move up Become, and when the angle of baffle changes, can make to generate gap between baffle and the inner wall of square blanking pipe, and square blanking pipe The distance moved down is bigger, and the gap between baffle and square blanking inside pipe wall is with regard to increasing, when square blanking pipe is upward It is mobile, separate baffle with cylindrical lever, not to baffle applied force after, using the power of the deformation generation of elastic sealing strip, make Air in elastic sealing strip pusher cylinder makes baffle revert to horizontal position to move down with piston and portable pillar It sets.

Preferably, the rotary discharge device includes two support rods, and two support rods are symmetrically fixedly connected on bottom The top of seat, the top of two support rods is fixedly connected by the second support plate, at the movable span of second support plate Be fixedly connected with Material collecting box for harvesting, the bottom of second support plate by bearing block be rotatably connected to respectively from right to left fixed link with And bull stick, the bottom of the fixed link are fixedly connected with pulley, and the bottom of the bull stick is fixedly connected with the 5th wheel disc, and described The bottom of five wheel discs is fixedly connected with restriction column, and the outside for limiting column is rotatably connected to wire-fixing jacket by bearing, described solid The two sides of line set have been respectively fixedly connected with bracing wire and stretch cord, and the bracing wire is fixedly connected on rectangular far from one end of wire-fixing jacket The inner wall of feeder pipe, the stretch cord are fixedly connected on the side of support rod far from one end of wire-fixing jacket.

The inside of the Material collecting box for harvesting is fixedly connected with circular slab, and the inside of the circular slab offers blanking hole, the circle Round funnel block, the position phase of the discharge port and the blanking hole of circular slab of the circle funnel block are fixedly connected at the top of shape plate Corresponding, the inside of the Material collecting box for harvesting is rotatably connected to circular flap by Limit Bearing, and the inner cavity of the circular flap offers Discharge hole, the activity trajectory of the discharge hole and the position of blanking hole are corresponding, and the external fixing sleeve of the circular flap is connected to 6th turntable is sequentially connected between the 6th turntable and the 5th wheel disc by third belt, and the side of the support rod passes through L Shape bar is fixedly connected with round material-collecting funnel, and the discharge outlet of the circle material-collecting funnel is fixedly connected with drainage conduit, the row The discharge port of expects pipe is located at the top of splicing funnel.

When square blanking pipe moves up and down, it will drive the 5th wheel disc using bracing wire and stretch cord and rotated, 5th wheel disc drives the 6th wheel disc to be rotated by third belt, and the 6th wheel disc will drive circular flap in rotation and be turned It is dynamic, when the discharge hole in circular flap is turned to it is corresponding with the blanking hole on circular slab when, inside the blanking hole on circular slab Peanut seed the inside of round material-collecting funnel is flowed to by discharge hole, flowed in square blanking pipe finally by drainage conduit Portion, and every time when square blanking pipe is moved to top, the discharge hole in circular flap turns to and the blanking on circular slab Hole is corresponding.

Preferably, the bottom of the square blanking pipe is provided with sowing covering device, and the sowing covering device includes two A fixed plate and two annulus columns, two fixed plates and two annulus columns are symmetrically fixedly connected on square blanking pipe The two sides of outer wall, the equal movable sleeve in inside of two annulus columns are connected to motion bar, and the top of two motion bars is fixed It is connected with limit plate, the bottom of two motion bars is fixedly connected by tapered bur plot, and the capitate bores the top in plot It is fixedly connected with circular ring shape blanking block, the movable mouth in the tapered bur plot is internally provided with tapered pole, the tapered pole two sides Top be fixedly connected to connecting rod, the both ends of two connecting rods are respectively fixedly connected with the two of square blanking inside pipe wall Side, the bottom of the fixed plate are fixedly connected with earthing iron by reset spring and grab, and the earthing iron, which is grabbed, is hinged on square blanking The side of pipe outer wall, the top that the earthing iron is grabbed are fixedly connected with connecting rope, are fixedly connected on bottom at the top of the connecting rope The bottom of seat.

When square blanking pipe drives sowing covering device to move down, after making tapered bur plot and ground face contact, continue Moving down can be such that tapered bur plot is combined with tapered pole, and the discharge port in tapered bur plot is blocked, then proceed to Lower movement, is made a hole in soil using tapered bur plot and tapered pole, and at this moment square blanking pipe is moved to bottommost, and Due to be provided with connecting rope, connecting rope length fix, when square blanking pipe be moved down into it is minimum go out when, connecting rope pulling covers Unmanufactured iron pawl opens two earthing iron claws, and when square blanking pipe moves up, meeting first drives tapered pole move up, and makes taper Column is separated with tapered bur plot, so that the discharge port on tapered bur plot be made to leak out, allows peanut seed from tapered bur plot Discharge port fall into inside soil, complete sowing to peanut, then earthing iron claw loses the pulling force of connecting rope, can be by multiple The elastic force of position spring is resetted, and is combined two earthing iron claws, be will drive flower when earthing iron claw is combined The soil of the sub- two sides of non-hibernating eggs is mobile to centre, completes the earthing to peanut species.

Preferably, it is fixedly connected with rubber tissue at the top of the baffle, is fixedly connected at the top of the rubber tissue rectangular The inner wall of feeder pipe.

Preferably, the first half half of gear diameter and the diameter of first gear and second gear is straight Diameter is equal, and the diameter of the first rotation gear, the second rotation gear and third rotation gear is equal.

(3) beneficial effect

The present invention provides a kind of grain-production device based on circular motion, have it is following the utility model has the advantages that

(1), it is somebody's turn to do the grain-production device based on circular motion, can directly be broadcast peanut seed using sowing covering device Inside kind to soil, then it is covered using soil, guarantees that the position of peanut seed will not be subjected to displacement, makes peanut species Son is more uniform when sowing, guarantees that each peanut seed can normally be grown, and improves the yield of tibet milkwort root per acre.

(2), it is somebody's turn to do the grain-production device based on circular motion, circular ring shape blanking block can make peanut seed more convenient It is flowed out from the movable mouth in tapered bur plot, guarantees that peanut seed smoothly can be discharged into soil from the movable mouth in tapered bur plot Inside ground.

(3), it is somebody's turn to do the grain-production device based on circular motion, it can be to cone using annulus column, motion bar and limit plate The moving direction that shape bores plot is defined, and can be defined to the moving distance in tapered bur plot.

(4), it is somebody's turn to do the grain-production device based on circular motion, stop gauge can be with the seed position inside square shaped feeder pipe It sets and is controlled, seed is made to fall into the bottom of square blanking pipe when suitable.

(5), it is somebody's turn to do the grain-production device based on circular motion, it can using cylinder, piston, portable pillar and elastic sealing strip To complete reset to baffle, the combination spring that compares can reduce shaking when baffle resets.

(6), it is somebody's turn to do the grain-production device based on circular motion, rotary discharge device can uniformly carry out blanking, thus It can achieve equidistant sowing, keep it more uniform during sowing.

(7), it is somebody's turn to do the grain-production device based on circular motion, round funnel block can make the peanut species inside Material collecting box for harvesting complete Portion assembles at the blanking hole of circular slab, and the peanut species inside Material collecting box for harvesting is allow to pass through the blanking hole of circular slab to flowing down It is dynamic.

(8), should grain-production device based on circular motion, pass through the first half gear of setting, first gear and the Two gears will be parked in original place and once be sowed, to allow to broadcast after the seeding apparatus moves forward one end distance Kind is more uniform.

(9), it is somebody's turn to do the grain-production device based on circular motion, tapered pole is moved down to be combined together with tapered bur plot When, the movable span in tapered bur plot can be sealed, guarantee that soil will not enter inside the movable span in tapered bur plot, avoid boring The movable span that shape bores plot will not be blocked, when tapered pole, which is moved up, to be separated with tapered bur plot, at the top of tapered bur plot Peanut species can flow downward from the movable span in tapered bur plot, fall it inside soil.

(10), it is somebody's turn to do the grain-production device based on circular motion, the rubber tissue of setting can be to baffle and square blanking Guan Lian The movable mouth at the place of connecing is sealed, and is guaranteed that peanut seed will not flow out from the movable mouth of square blanking pipe, is subtracted oligospermous wave Take, the success rate of sowing can be improved.

Detailed description of the invention

Fig. 1 is positive structure diagram of the invention；

Fig. 2 is structure schematic diagram of the invention；

Fig. 3 is the side structure schematic view of movable pulley in Fig. 1 of the present invention；

Fig. 4 is the overlooking structure diagram of Fig. 1 middle gear fixed plate of the present invention；

Fig. 5 is partial enlargement diagram at the A in Fig. 2 of the present invention；

Fig. 6 is the positive structure diagram of rotary discharge device in Fig. 2 of the present invention；

Fig. 7 is the front cross-sectional structural schematic diagram of Material collecting box for harvesting in Fig. 6 of the present invention；

Fig. 8 is the overlooking structure diagram of circular flap in Fig. 7 of the present invention；

Fig. 9 is the overlooking structure diagram of round funnel block in Fig. 7 of the present invention；

Figure 10 is partial enlargement diagram at the C in Fig. 6 of the present invention；

Figure 11 is partial enlargement diagram at the B in Fig. 2 of the present invention；

Figure 12 is the side structure schematic view of connecting rod in Figure 11 of the present invention.

In figure: 1 pedestal, 2 supporting legs, 3 fixing bearings, 4 first rotation axis, 5 movable pulleys, 6 first wheel discs, 7 driving electricity Machine, 8 gear mounting plates, 9 the first half gear, 10 first gears, 11 second wheel discs, 12 third wheel discs, 13 fourth round disks, 14 First belt, 15 second rotation axis, 16 second gears, 17 lifting devices, 1,701 first rotation gears, 1,702 second rotary teeths Wheel, 1,703 the second half gears, 1,704 second rotation gears, 1705 third, half gear, 1706 fixing sleeves, 1707 it is rectangular under Expects pipe, 1708 rack gears, 1709 splicing funnels, 18 stop gauges, 1801 swivel plates, 1802 supporting blocks, 1,803 first support plates, 1804 cylindrical levers, 1805 baffles, 1806 rubber tissues, 1807 rolling movable plates, 1808 square fixed blocks, 1809 cylinders, 1810 are lived Plug, 1811 portable pillars, 1812 limit sleeves, 1813 elastic sealing strips, 19 rotary discharge devices, 1901 support rods, 1,902 second Fagging, 1903 Material collecting box for harvesting, 1904 fixed links, 1905 bull sticks, 1906 pulleys, 1907 the 5th wheel discs, 1908 limit column, 1909 solidus Set, 1910 bracing wires, 1911 stretch cords, 1912 circular slabs, 1913 blanking holes, 1914 round funnel blocks, 1915 Limit Bearings, 1916 circular flaps, 1917 discharge holes, 1918 the 6th wheel discs, 1919 third belts, 1920L shape bar, 1921 round material-collecting funnels, 1922 drainage conduits, 20 sowing covering devices, 2001 fixed plates, 2002 annulus columns, 2003 motion bars, 2004 limit plates, 2005 cones Shape bores plot, 2006 circular ring shape blanking blocks, 2007 tapered poles, 2008 connecting rods, 2009 reset springs, 2010 earthing iron are grabbed, 2011 connecting ropes, 21 second belts.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.

Fig. 1-12 is please referred to, the present invention provides a kind of technical solution: a kind of grain-production device based on circular motion, packet Pedestal 1 is included, the two sides of pedestal 1 are fixedly connected to supporting leg 2, and supporting leg 2 is fixedly connected with fixation far from one end of pedestal 1 Bearing 3, the inside of fixing bearing 3 are socketed with the first rotation axis 4, and the both ends of the first rotation axis 4 are fixedly connected to movable pulley 5, The external fixing sleeve of first rotation axis 4 is connected to first round disk 6, and the top of pedestal 1 has from left to right been respectively fixedly connected with driving electricity Machine 7 and gear mounting plate 8, the front surface of gear mounting plate 8 are respectively arranged with the first half gears 9 and first from top to bottom The front surface of gear 10, the first half gears 9 is provided with the second wheel disc 11, and the front surface of first gear 10 is fixedly connected with third Wheel disc 12, the external fixing sleeve of 7 output shaft of driving motor are connected to fourth round disk 13, lead between the second wheel disc 11 and fourth round disk 13 The transmission connection of the first belt 14 is crossed, is sequentially connected between the first wheel disc 6 and third wheel disc 12 by the second belt 21, gear is solid The inner cavity of fixed board 8 is rotatably connected to the second rotation axis 15 by bearing, and the front surface of the second rotation axis 15 is fixedly connected with second Gear 16, by setting the first half gear 9, first gear 10 and second gear 16, when the seeding apparatus moves forward one After the distance of end, original place will be parked in and once sowed, to allow to sow more uniform, the back side of gear mounting plate 8 It is provided with lifting device 17, when driving motor 7 is worked, the first half gears 9 is will drive and is rotated, when the first half teeth When one circle of rotation of gear 9, first gear 10 and second gear 16 rotate a circle, and when first gear 10 is rotated, Second gear 16 does not rotate, and when second gear 16 is rotated, first gear 10 is not rotated, when first gear 10 rotates, It will drive movable pulley 5 to be rotated, will drive the first rotation gear 1701 when second gear 16 is rotated and rotated, rise Falling unit 17 includes the first rotation gear 1701 and fixing sleeve 1706, and the first rotation gear 1701 is fixedly connected on second The one end of rotation axis 15 far from second gear 16, the back side of gear mounting plate 8 are provided with the second rotation gear 1702 and third Gear 1704 is rotated, the second rotation gear 1702 and third rotation gear 1704 are symmetrically distributed in the first rotation gear 1701 It two sides and is meshed with the first rotation gear 1701, the halfs of the first half 9 diameters of gear is straight with first gear 10 Diameter and the diameter of second gear 16 are equal, and the first rotation gear 1701, second rotates gear 1702 and third rotates gear 1704 diameter is equal, and the second rotation gear 1702 is fixedly connected with the second half gears far from the side of gear mounting plate 8 1703, third rotates gear 1704 and is fixedly connected with half gear 1705 of third, fixing sleeve far from the side of gear mounting plate 8 1706 are fixedly connected on the back side of gear mounting plate 8, and the internal activity of fixing sleeve 1706 is socketed with square blanking pipe 1707, rectangular The two sides of 1707 outer wall of feeder pipe are fixedly connected to rack gear 1708, and rack gear 1708 is located at the top of fixing sleeve 1706, under rectangular The top of expects pipe 1707 is fixedly connected with splicing funnel 1709, and splicing funnel 1709 is similar to funnel shaped used in everyday, side Shape feeder pipe 1707 is internally provided with stop gauge 18, when one circle of the first rotation gear 1701 rotation, will drive the second half teeth One circle of gear 1703 and the rotation of half gear 1705 of third, the second half half gears 1705 of gear 1703 and third Orientation is consistent, therefore when the rack gear 1708 outside the second half gears 1703 and square blanking pipe 1707 contacts, half tooth of third Gear 1705 is separated with the rack gear 1708 outside square blanking pipe 1707, when half gear 1705 of third and square blanking pipe When rack gear 1708 outside 1707 contacts, the second half gears 1703 are separated with the rack gear 1708 outside square blanking pipe 1707, In this way when, after one circle of the second half gears 1703 and the rotation of half gear 1705 of third, will drive square blanking pipe 1707 into Row once moves up and down, and stop gauge 18 includes swivel plate 1801, supporting block 1802 and the first support plate 1803, swivel plate 1801 are hinged on the side of square blanking pipe 1707 by hinge, and the top of swivel plate 1801 is fixedly connected with baffle 1805, gear Plate 1805 runs through close to one end of square blanking pipe 1707 and extends to the inner cavity of square blanking pipe 1707, the top of baffle 1805 Portion is fixedly connected with rubber tissue 1806, and the top of rubber tissue 1806 is fixedly connected on the inner wall of square blanking pipe 1707, setting Rubber tissue 1806 can be sealed baffle 1805 and the movable mouth of 1707 junction of square blanking pipe, guarantee that peanut seed will not It is flowed out from the movable mouth of square blanking pipe 1707, subtracts oligospermous waste, can be improved and be seeded into volume success rate, supporting block 1802 are fixedly connected on the side of fixing sleeve 1706, and the back side of supporting block 1802 is fixedly connected with cylindrical lever 1804, cylinder The outside of shape lever 1804 is provided with bearing, can reduce the frictional force of cylindrical lever 1804 with baffle 1805 in this way, and first Support plate 1803 is fixedly connected on the side of 1707 outer wall of square blanking pipe, and the bottom of the first support plate 1803 is hinged with shaking Plate 1807, the bottom for shaking movable plate 1807 are fixedly connected with cylinder 1809 by square fixed block 1808, and the inside of cylinder 1809 is living Dynamic to be socketed with piston 1810, the bottom of piston 1810 is fixedly connected with portable pillar 1811, and the bottom of portable pillar 1811 is hinged on gear The top of plate 1805 can be completed using cylinder 1809, piston 1810, portable pillar 1811 and elastic sealing strip 1813 to baffle 1805 reset, the combination spring that compares can reduce shaking when baffle 1805 resets, and the bottom of cylinder 1809 is fixed to be connected It is connected to limit sleeve 1812, limit sleeve 1812 is actively socketed on the outside of portable pillar 1811, and the top of pedestal 1 is fixedly connected with rotation Discharging device 19, since baffle 1805 passes through the side that swivel plate 1801 is rotatably connected on square blanking pipe 1707, when side Shape feeder pipe 1707 moves down, and contacts the side of baffle 1805 with cylindrical lever 1804, make the angle of baffle 1805 into Row changes, the upward portable pillar 1811 in the one end for contacting baffle 1805 with portable pillar 1811, to make 1811 band of portable pillar Piston 1810 moves up, and presses to air, and elastic sealing strip 1813 is made to generate deformation, and the angle hair of baffle 1805 When changing, it can make to generate gap between baffle 1805 and the inner wall of square blanking pipe 1707, and square blanking pipe 1707 is downward Mobile distance is bigger, and the gap between 1707 inner wall of baffle 1805 and square blanking pipe is with regard to increasing, when square blanking pipe 1707 move up, and separate baffle 1805 with cylindrical lever 1804, not to 1805 applied force of baffle after, utilize elastic packing The power that the deformation of piece 1813 generates, makes the air in 1813 pusher cylinder 1809 of elastic sealing strip, thus with piston 1810 with And portable pillar 1811 moves down, and so that the recovery of baffle 1805 is in a horizontal position, stop gauge 18 can be with square shaped feeder pipe 1707 Internal seed position is controlled, and seed is made to fall into the bottom of square blanking pipe 1707, rotating discharge dress when suitable Setting 19 includes two support rods 1901, and two support rods 1901 are symmetrically fixedly connected on the top of pedestal 1, two support rods 1901 Top be fixedly connected by the second support plate 1902, be fixedly connected with Material collecting box for harvesting at the movable span of the second support plate 1902 1903, the bottom of the second support plate 1902 is rotatably connected to fixed link 1904 and bull stick by bearing block respectively from right to left 1905, the bottom of fixed link 1904 is fixedly connected with pulley 1906, and the bottom of bull stick 1905 is fixedly connected with the 5th wheel disc 1907, The bottom of 5th wheel disc 1907, which is fixedly connected with, limits column 1908, and the outside for limiting column 1908 is rotatably connected to admittedly by bearing Line set 1909, the two sides of wire-fixing jacket 1909 have been respectively fixedly connected with bracing wire 1910 and stretch cord 1911, and bracing wire 1910 is far from solid One end of line set 1909 is fixedly connected on the inner wall of square blanking pipe 1707, and the one end of stretch cord 1911 far from wire-fixing jacket 1909 is solid Surely it is connected to the side of support rod 1901.

The inside of Material collecting box for harvesting 1903 is fixedly connected with circular slab 1912, and the inside of circular slab 1912 offers blanking hole 1913, the top of circular slab 1912 is fixedly connected with round funnel block 1914, and the shape of round funnel block 1914 is that outside is higher, Annulus funnel 1914 discharge outlets of block are lower, to make the peanut seed on round funnel block 1914 can be to round funnel block 1914 Discharge outlet aggregation, round funnel block 1914 can make the peanut species inside Material collecting box for harvesting 1903 all under circular slab 1912 Expect to assemble at hole 1913, the depth of blanking hole 1913 is 2.5 centimetres, and the diameter of blanking hole 1913 is 1 centimetre, normally more excellent Elegant peanut seed is ellipse, and the widest part diameter is 6 millimeters or so, a length of 1 centimetre, therefore can inside blanking hole 1913 To deposit two shelled peanuts, when the discharge hole 1917 in circular flap 1916 turns to and the blanking hole 1913 on circular slab 1912 When corresponding, two peanut seeds inside blanking hole 1913 can flow into the inside of square blanking pipe 1707, make Material collecting box for harvesting 1903 The blanking hole 1913 that internal peanut species can pass through circular slab 1912 flows downward, the discharge port of round funnel block 1914 Corresponding with the position of blanking hole 1913 of circular slab 1912, the inside of Material collecting box for harvesting 1903 is connected by the rotation of Limit Bearing 1915 It is connected to circular flap 1916, the inner cavity of circular flap 1916 offers discharge hole 1917, and the activity trajectory of discharge hole 1917 is under Expect that the position in hole 1913 is corresponding, the external fixing sleeve of circular flap 1916 is connected to the 6th turntable 1918, the 6th turntable 1918 and It is sequentially connected between 5th wheel disc 1907 by third belt 1919, the side of support rod 1901 connects by the way that L shape bar 1920 is fixed It is connected to round material-collecting funnel 1921, the discharge outlet of round material-collecting funnel 1921 is fixedly connected with drainage conduit 1922, drainage conduit 1922 discharge port is located at the top of splicing funnel 1709, when square blanking pipe 1707 moves up and down, utilizes bracing wire 1910 and stretch cord 1911 will drive the 5th wheel disc 1907 and rotated, the 5th wheel disc 1907 pass through 1919 band of third belt Dynamic 6th wheel disc 1918 is rotated, and the 6th wheel disc 1918 will drive circular flap 1916 in rotation and be rotated, and works as circle When discharge hole 1917 on rotating plate 1916 turns to corresponding with the blanking hole 1913 on circular slab 1912, on circular slab 1912 Blanking hole 1913 inside peanut seed the inside of round material-collecting funnel 1921 is flowed to by discharge hole 1917, finally by Drainage conduit 1922 flows to the inside of square blanking pipe 1707, and every time when square blanking pipe 1707 is moved to top, round Discharge hole 1917 on rotating plate 1916 turns to, rotary discharge device 19 corresponding with the blanking hole 1913 on circular slab 1912 Blanking can be uniformly carried out, so as to reach equidistant sowing, keeps it more uniform during sowing, under rectangular The bottom of expects pipe 1707 is provided with sowing covering device 20, and sowing covering device 20 includes two fixed plates 2001 and two circles Annulated column 2002, two fixed plates 2001 and two annulus columns 2002 are symmetrically fixedly connected on 1707 outer wall of square blanking pipe Two sides, the equal movable sleeve in the inside of two annulus columns 2002 is connected to motion bar 2003, and the top of two motion bars 2003 is fixed It is connected with limit plate 2004, the bottom of two motion bars 2003 is fixedly connected by tapered bur plot 2005, utilizes annulus column 2002, motion bar 2003 and limit plate 2004 can be defined the moving direction in tapered bur plot 2005, and can be right The moving distance in tapered bur plot 2005 is defined, and the top that capitate bores plot 2005 is fixedly connected with circular ring shape blanking block 2006, the outside of circular ring shape blanking block 2006 is higher, and inside is lower, assembles the volume peanut seed at 2006 top of annulus blanking block Collect the discharge outlet of annulus blanking block 2006, circular ring shape blanking block 2006 can make peanut seed more convenient from tapered bur It is flowed out at the movable mouth in plot 2005, guarantees that peanut seed smoothly can be discharged into soil from the movable mouth in tapered bur plot 2005 Inside ground, the movable mouth in tapered bur plot 2005 is internally provided with tapered pole 2007, and the top of 2007 two sides of tapered pole is fixed It is connected with connecting rod 2008, connecting rod 2008 is triangle, and the angle of one of them is located at top, can guarantee peanut species in this way Son will not be parked in the top of connecting rod 2008, and the both ends of two connecting rods 2008 are respectively fixedly connected in square blanking pipe 1707 The two sides of wall, the bottom of fixed plate 2001 are fixedly connected with earthing iron by reset spring 2009 and grab 2010, earthing iron claw 2010 Shape it is similar to the claw shape of excavator, but earthing iron claw 2010 is without the breast boards of excavator claw two sides, earthing iron 2010 sides for being hinged on 1707 outer wall of square blanking pipe are grabbed, the top that earthing iron grabs 2010 is fixedly connected with connecting rope 2011, The top of connecting rope 2011 is fixedly connected on the bottom of pedestal 1, and tapered pole 2007 is moved down to be cooperated with tapered bur plot 2005 When together, the movable span in tapered bur plot 2005 can be sealed, guarantee that soil will not enter the work in tapered bur plot 2005 Inside dynamic hole, the movable span in tapered bur plot 2005 is avoided not block, when tapered pole 2007 moves up and tapered bur plot 2005 when separating, and the peanut species at the top of tapered bur plot 2005 can flow downward from the movable span in tapered bur plot 2005, make it It falls inside soil, when square blanking pipe 1707 drives sowing covering device 20 to move down, makes tapered bur plot 2005 After ground face contact, continuing to move down can be such that tapered bur plot 2005 is combined with tapered pole 2007, by tapered bur plot Discharge port in 2005 is blocked, and then proceedes to move down, using tapered bur plot 2005 and tapered pole 2007 in soil It makes a hole, at this moment square blanking pipe 1707 is moved to bottommost, and due to being provided with connecting rope 2011, the length of connecting rope 2011 Degree fix, when square blanking pipe 1707 be moved down into it is minimum go out when, connecting rope 2011 pull earthing iron claw 2010, make two to cover Unmanufactured iron pawl 2010 opens, and when square blanking pipe 1707 moves up, meeting first drives tapered pole 2007 move up, and makes tapered pole 2007 separate with tapered bur plot 2005, so that the discharge port on tapered bur plot 2005 be made to leak out, allow peanut seed from The discharge port in tapered bur plot 2005 is fallen into inside soil, completes the sowing to peanut, then 2010 company of losing of earthing iron claw The pulling force of splicing 2011 can be resetted by the elastic force of reset spring 2009, be combined two earthing iron claws 2010, Earthing iron claw 2010 will drive peanut seed two sides soil when being combined is mobile to centre, and peanut species are covered in completion Peanut seed can be directly seeded into inside soil using sowing covering device 20, then be covered using soil to it by soil Lid, guarantees that the position of peanut seed will not be subjected to displacement, and keeps peanut seed more uniform when sowing, guarantees each peanut Seed can normally be grown, and improve the yield of tibet milkwort root per acre.

Working principle: when the first half rotations of gear 9, one circle, first gear 10 and second gear 16 can be driven each respectively One circle of rotation, and when first gear 10 rotates, second gear 16 stops operating, the first gear 10 when second gear 16 rotates It stops operating；When one circle of the rotation of first gear 10, it can be driven and be moved by the first wheel disc 6, third wheel disc 12 and the second belt 21 One circle of the rotation of driving wheel 5, makes the device move forward a distance；When one circle of rotation of second gear 16, the first rotation will drive One circle of the rotation of gear 1701 makes second to drive one circle of the second rotation gear 1702 and the rotation of third rotation gear 1704 One circle of half gear 1703 and the rotation of half gear 1705 of third, thus with carry-over bar 1708 and square blanking pipe 1707 into Row once moves up and down；Circular flap 1916 can be made to be rotated during square blanking pipe 1707 moves up and down, and worked as When square blanking pipe 1707 is moved to top, the discharge hole 1917 in circular flap 1916 turn to on circular slab 1912 Blanking hole 1913 it is corresponding, so that peanut seed inside Material collecting box for harvesting 1903 be made to flow into the inside of square blanking pipe 1707, and At this moment baffle 1805 is in a horizontal position, and peanut seed can rest on the top of baffle 1805, then when square blanking pipe 1707 When being moved down into lowest part, tapered bur plot 2005 cooperates tapered pole 2007 to bore a hole, and at this moment baffle 1805 in soil Angle tilt it is larger, the peanut seed on baffle 1805 can flow downwardly into the top in tapered bur plot 2005, and earthing iron claw 2010 due to the pulling force by connecting rope 2011, can open to two sides, then when square blanking pipe 1707 moves up, makes taper It bores plot 2005 to separate with tapered pole 2007, peanut seed can flow into the hole bored from the discharge port in tapered bur plot 2005 Portion, and earthing iron claw 2010 loses the pulling force of connecting rope 2011, can be resetted by the elastic force of reset spring 2009, make two A earthing iron claw 2010 is combined, will drive when earthing iron claw 2010 is combined the soil of peanut seed two sides to Centre is mobile, completes the earthing to peanut species.

Claims

1. a kind of grain-production device based on circular motion, including pedestal (1), it is characterised in that: the two sides of pedestal (1) are solid Surely it is connected with supporting leg (2), the supporting leg (2) is fixedly connected with fixing bearing (3) far from the one end of pedestal (1), described solid The inside that dead axle holds (3) is socketed with the first rotation axis (4), and the both ends of first rotation axis (4) are fixedly connected to movable pulley (5), the external fixing sleeve of first rotation axis (4) is connected to first round disk (6), and the top of the pedestal (1) is from left to right divided It is not fixedly connected with driving motor (7) and gear mounting plate (8), the front surface of the gear mounting plate (8) divides from top to bottom It is not provided with the first half gear (9) and first gears (10), the front surface of the first half gear (9) is provided with second The front surface of wheel disc (11), the first gear (10) is fixedly connected with third wheel disc (12), driving motor (7) output shaft External fixing sleeve be connected to fourth round disk (13), between second wheel disc (11) and fourth round disk (13) pass through the first belt (14) it is sequentially connected, is sequentially connected between first wheel disc (6) and third wheel disc (12) by the second belt (21), the tooth The inner cavity of wheel fixed plate (8) is rotatably connected to the second rotation axis (15) by bearing, the front surface of second rotation axis (15) It is fixedly connected with second gear (16), the back side of the gear mounting plate (8) is provided with lifting device (17).

2. a kind of grain-production device based on circular motion according to claim 1, it is characterised in that: the lifting dress Setting (17) includes the first rotation gear (1701) and fixing sleeve (1706), and first rotation gear (1701) is fixedly connected In the one end of the second rotation axis (15) far from second gear (16), the back side of the gear mounting plate (8) is provided with the second rotation Gear (1702) and third rotation gear (1704), second rotation gear (1702) and third rotation gear (1704) It is symmetrically distributed in the two sides of the first rotation gear (1701) and is meshed with the first rotation gear (1701), second rotation Gear (1702) is fixedly connected with the second half gears (1703), the third rotary teeth far from the side of gear mounting plate (8) Wheel (1704) is fixedly connected with half gear of third (1705), the fixing sleeve (1706) far from the side of gear mounting plate (8) It is fixedly connected on the back side of gear mounting plate (8), the internal activity of the fixing sleeve (1706) is socketed with square blanking pipe (1707), the two sides of square blanking pipe (1707) outer wall are fixedly connected to rack gear (1708), rack gear (1708) position It is fixedly connected with splicing funnel (1709) at the top of the top of fixing sleeve (1706), the square blanking pipe (1707), it is described Square blanking pipe (1707) is internally provided with stop gauge (18).

3. a kind of grain-production device based on circular motion according to claim 2, it is characterised in that: the backgauge dress Setting (18) includes swivel plate (1801), supporting block (1802) and the first support plate (1803), and the swivel plate (1801) passes through Hinge is hinged on the side of square blanking pipe (1707), is fixedly connected with baffle (1805) at the top of the swivel plate (1801), The inner cavity of square blanking pipe (1707), institute are run through and extended to the baffle (1805) close to the one end of square blanking pipe (1707) The side that supporting block (1802) is fixedly connected on fixing sleeve (1706) is stated, the back side of the supporting block (1802) is fixedly connected with circle Cylindricality lever (1804), first support plate (1803) is fixedly connected on the side of square blanking pipe (1707) outer wall, described The bottom of first support plate (1803), which is hinged with, shakes movable plate (1807), and the bottom for shaking movable plate (1807) passes through square fixed block (1808) it is fixedly connected with cylinder (1809), the internal activity of the cylinder (1809) is socketed with piston (1810), the piston (1810) bottom is fixedly connected with portable pillar (1811), and the bottom of the portable pillar (1811) is hinged on the top of baffle (1805) The bottom in portion, the cylinder (1809) is fixedly connected with limit sleeve (1812), and the limit sleeve (1812) is actively socketed on activity The outside of column (1811) is fixedly connected with rotary discharge device (19) at the top of the pedestal (1).

4. a kind of grain-production device based on circular motion according to claim 3, it is characterised in that: described to rotate out of Expect that device (19) include two support rods (1901), two support rods (1901) are symmetrically fixedly connected on the top of pedestal (1) The top in portion, two support rods (1901) is fixedly connected by the second support plate (1902), second support plate (1902) be fixedly connected at movable span Material collecting box for harvesting (1903), the bottom of second support plate (1902) by bearing block from The right side is rotatably connected to fixed link (1904) and bull stick (1905) to left respectively, and the bottom of the fixed link (1904) is fixedly connected Have pulley (1906), the bottom of the bull stick (1905) is fixedly connected with the 5th wheel disc (1907), the 5th wheel disc (1907) Bottom be fixedly connected with limit column (1908), it is described limit column (1908) outside wire-fixing jacket is rotatably connected to by bearing (1909), the two sides of the wire-fixing jacket (1909) have been respectively fixedly connected with bracing wire (1910) and stretch cord (1911), the drawing Line (1910) is fixedly connected on the inner wall of square blanking pipe (1707), the stretch cord far from the one end of wire-fixing jacket (1909) (1911) one end far from wire-fixing jacket (1909) is fixedly connected on the side of support rod (1901)；

The inside of the Material collecting box for harvesting (1903) is fixedly connected with circular slab (1912), and the inside of the circular slab (1912) offers Blanking hole (1913) is fixedly connected with round funnel block (1914), the circle funnel block at the top of the circular slab (1912) (1914) discharge port is corresponding with the position of blanking hole (1913) of circular slab (1912), the inside of the Material collecting box for harvesting (1903) It is rotatably connected to circular flap (1916) by Limit Bearing (1915), the inner cavity of the circular flap (1916) offers discharging The activity trajectory in hole (1917), the discharge hole (1917) is corresponding with the position of blanking hole (1913), the circular flap (1916) external fixing sleeve is connected to the 6th turntable (1918), leads between the 6th turntable (1918) and the 5th wheel disc (1907) Third belt (1919) transmission connection is crossed, the side of the support rod (1901) is fixedly connected with circle by L shape bar (1920) The discharge outlet of material-collecting funnel (1921), the circle material-collecting funnel (1921) is fixedly connected with drainage conduit (1922), the row The discharge port of expects pipe (1922) is located at the top of splicing funnel (1709).

5. a kind of grain-production device based on circular motion according to claim 2, it is characterised in that: it is described it is rectangular under The bottom of expects pipe (1707) is provided with sowing covering device (20), and the sowing covering device (20) includes two fixed plates (2001) and two annulus columns (2002), two fixed plates (2001) and two annulus columns (2002) are symmetrical fixed The two sides of square blanking pipe (1707) outer wall are connected to, the equal movable sleeve in inside of two annulus columns (2002) is connected to motion bar (2003), it is fixedly connected to limit plate (2004) at the top of two motion bars (2003), two motion bars (2003) bottom is fixedly connected by tapered bur plot (2005), is fixedly connected at the top of the tapered bur plot (2005) The movable mouth of circular ring shape blanking block (2006), the tapered bur plot (2005) is internally provided with tapered pole (2007), the cone It is fixedly connected to connecting rod (2008) at the top of shape column (2007) two sides, the both ends of two connecting rods (2008) are solid respectively Surely the two sides of square blanking pipe (1707) inner wall are connected to, the bottom of the fixed plate (2001) is solid by reset spring (2009) Surely it is connected with earthing iron to grab (2010), the earthing iron grabs the side that (2010) are hinged on square blanking pipe (1707) outer wall, institute It states earthing iron and grabs and be fixedly connected at the top of (2010) connecting rope (2011), is fixedly connected at the top of the connecting rope (2011) The bottom of pedestal (1).

6. a kind of grain-production device based on circular motion according to claim 3, it is characterised in that: the baffle (1805) it is fixedly connected at the top of rubber tissue (1806), is fixedly connected on square blanking pipe at the top of the rubber tissue (1806) (1707) inner wall.

7. a kind of grain-production device based on circular motion according to claim 2, it is characterised in that: described the first half The half of gear (9) diameter is equal with the diameter of the diameter of first gear (10) and second gear (16), and described The diameter of one rotation gear (1701), the second rotation gear (1702) and third rotation gear (1704) is equal.