CN109041811A - A kind of rake grass fertilization all-in-one machine being attached on mini-tiller - Google Patents
A kind of rake grass fertilization all-in-one machine being attached on mini-tiller Download PDFInfo
- Publication number
- CN109041811A CN109041811A CN201810888291.0A CN201810888291A CN109041811A CN 109041811 A CN109041811 A CN 109041811A CN 201810888291 A CN201810888291 A CN 201810888291A CN 109041811 A CN109041811 A CN 109041811A
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- Prior art keywords
- rod
- shaft
- strut
- bearing
- rake
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- 244000025254 Cannabis sativa Species 0.000 title claims abstract description 33
- 230000004720 fertilization Effects 0.000 title claims abstract description 19
- 230000001105 regulatory effect Effects 0.000 claims abstract description 51
- 238000005096 rolling process Methods 0.000 claims description 16
- 239000003337 fertilizer Substances 0.000 abstract description 35
- 238000010586 diagram Methods 0.000 description 4
- 230000000694 effects Effects 0.000 description 3
- 239000000463 material Substances 0.000 description 2
- 239000002689 soil Substances 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01D—HARVESTING; MOWING
- A01D78/00—Haymakers with tines moving with respect to the machine
- A01D78/18—Haymakers with tines moving with respect to the machine of the reciprocating tine type
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C15/00—Fertiliser distributors
- A01C15/16—Fertiliser distributors with means for pushing out the fertiliser, e.g. by a roller
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C5/00—Making or covering furrows or holes for sowing, planting or manuring
Landscapes
- Life Sciences & Earth Sciences (AREA)
- Soil Sciences (AREA)
- Environmental Sciences (AREA)
- Soil Working Implements (AREA)
Abstract
The present invention relates to a kind of careless fertilization all-in-one machine of rake more particularly to a kind of rake grass fertilization all-in-one machines being attached on mini-tiller.Technical problem of the invention: a kind of rake grass fertilization all-in-one machine being attached on mini-tiller that can reduce labor intensity, fertilizer can be efficiently used is provided.The technical scheme is that a kind of rake grass fertilization all-in-one machine being attached on mini-tiller, includes fixed device, supporting plate, fixing seat, the first swing seat, the first oscillating rod, rake, regulating box, first bearing, first rotating shaft, gear, second oscillating rod etc.；It is connected with round fixed link on mini-tiller ontology, supporting plate is connected with by fixed device in round fixed link, the right part of supporting plate is provided with the second through-hole.The present invention can make rake swing by swinging up and down the first in command, and so the tilt angle of rake can be adjusted, and so as to mitigate artificial labor intensity using lever principle, and then be not required to manually be collected the grass on ground with hand-held rake.
Description
Technical field
Careless fertilization all-in-one machine more particularly to a kind of rake grass fertilising one being attached on mini-tiller are harrowed the present invention relates to a kind of
Body machine.
Background technique
In order to make fertilizer preferably play effect, need to be collected the grass on ground before fertilising, it then will be fertile
Material scatters on the ground, at present when being applied fertilizer, is usually manually collected with hand-held rake to the grass on ground, then
Manually fertilizer to be poured into container and shed fertilizer, such labor intensity is big, and fertilizer is unable to get effective utilization,
It in order to be effectively utilized fertilizer, can manually plough to the ground for shedding fertilizer, be located at fertilizer in ground, so
It will increase the artificial amount of labour.
Summary of the invention
In order to overcome it is artificial the grass on ground is collected with hand-held rake, then manually by fertilizer pour into container into
Technical problem of the invention: the shortcomings that row sheds fertilizer, large labor intensity, and fertilizer is unable to get effective utilization provides one
The rake grass fertilization all-in-one machine being attached on mini-tiller that kind can reduce labor intensity, can efficiently use fertilizer.
The technical scheme is that a kind of rake grass fertilization all-in-one machine being attached on mini-tiller, includes fixed dress
It sets, supporting plate, fixing seat, the first swing seat, the first oscillating rod, rake, regulating box, first bearing, first rotating shaft, gear, second
Oscillating rod, the first in command, the first guide rod, rack gear, the second swing seat, connecting rod, fixture block, the first torque spring, the second torsion
Spring and the second pin rod, are connected with round fixed link on mini-tiller ontology, are connected with branch by fixed device in round fixed link
Plate, the right part of supporting plate are provided with the second through-hole, and the bottom of the support plate on the left of the second through-hole is connected with fixing seat, is articulated and connected in fixing seat
There is the first swing seat, the first oscillating rod is connected in the first swing seat, the bottom end of the first oscillating rod is connected with rake, and first swings
The top of bar is provided with a word hole, and the centre at the top of supporting plate is connected with regulating box, and the left part of regulating box is provided with third through-hole, regulating box
Interior trailing flank is equipped with first bearing, and first rotating shaft is connected in first bearing, is connected with gear in first rotating shaft, and first turn
The front end of axis is connected with the second oscillating rod, and the left end of the second oscillating rod passes through third through-hole, and the left end of the second oscillating rod is connected with
The first in command, the right part of regulating box are provided with the first pilot hole, are equipped with the first guide rod, a left side for the first guide rod in the first pilot hole
End is connected with rack gear, and the right side in regulating box is connected with the second swing seat, and the second swing seat is located at the downside of the first pilot hole,
It is hingedly connected with connecting rod in second swing seat, the left end of connecting rod is connected with fixture block, in the top and regulating box of connecting rod
It is connected with the first torque spring between right side, the second torsion bullet is connected between the bottom in the bottom and regulating box of connecting rod
Spring, the right part of the first guide rod leading flank are connected with the second pin rod, and the second pin rod is located in a word hole.
Optionally, fixed device includes fixed plate, the first pin rod, fixing clamp, screw rod and nut, the right side of fixed plate
It is connect with the left side of supporting plate, the first groove is provided at the top of fixed plate, there are two the first pin rod, front and backs for connection in the first groove
Rotary type is connected with fixing clamp on two the first pin rods, is provided with first through hole at left and right sides of the top of fixing clamp, two first
Screw rod is equipped in through-hole, the front of screw rod is equipped with nut.
It optionally, further include having charging box, second bearing, the second shaft, discharge tray, first pulley, the first strut, fixation
Set, the second strut, 3rd bearing, third shaft, rolling disk, the second belt wheel and belt, the right side of supporting plate are connected with charging box, dress
Trailing flank lower part in hopper is equipped with second bearing, and the second shaft is connected in second bearing, is connected with down in the second shaft
The front end of charging tray, the second shaft passes through charging box, and the front end of the second shaft is connected with first pulley, the lower part of charging box right side
It is connected with the first strut, the right end of the first strut is connected with fixing sleeve, is equipped with the second strut, the lower part of the second strut in fixing sleeve
Embedded with 3rd bearing, third shaft is connected in 3rd bearing, the rear portion of third shaft is connected with rolling disk, the front of third shaft
It is connected with the second belt wheel, is wound with belt between the second belt wheel and first pulley.
Optionally, further include have third strut, fourth bearing, the 4th shaft, third oscillating rod, third belt wheel, disk and
Second handle, the top of charging box right side are connected with third strut, and the right part of third strut is embedded with fourth bearing, fourth bearing
It is inside connected with the 4th shaft, the front end of the 4th shaft is connected with third oscillating rod, and the bottom end rotary type of third oscillating rod is connected with
Third belt wheel, the rear portion of the 4th shaft are connected with disk, evenly spaced in the circumferential wall of disk to be provided with multiple second grooves, and
The left end of three oscillating rods is connected with second handle.
It optionally, further include having the 4th strut, hollow pipe, the second guide rod, third spring and idler wheel, charging box right side
It is connected with the 4th strut, the 4th strut is located at the upside of third strut, and the right end of the 4th strut is connected with hollow pipe, hollow pipe
Bottom is provided with the second pilot hole, and the second guide rod, the top in the top and hollow pipe of the second guide rod are equipped in the second pilot hole
Third spring is connected between portion, the bottom end rotary type of the second guide rod is connected with idler wheel, and idler wheel is located in the second groove.
It is artificial that the present invention is fixed on by round fixed link by fixed device when needing to carry out harrowing grass using the present invention
On, then artificial to swing up and down the second oscillating rod with the lower swing first in command on hand, the second oscillating rod, which is swung up and down, to be made
First rotating shaft rotates clockwise or counterclockwise, and first rotating shaft rotates clockwise or counterclockwise band moving gear and turns clockwise or counterclockwise
Dynamic, gear, which rotates clockwise or counterclockwise, can make rack gear to the right or be moved to the left, and rack gear to the right or is moved to the left drive first
Guide rod to the right or is moved to the left, the first guide rod to the right or move left through the second pin rod make the top of the first oscillating rod to
The right side is swung to the left, and the lower part of the first oscillating rod swings therewith, and the lower part of the first oscillating rod, which swings, drives rake left
Right swing stops the mobile first in command, passes through the first torque spring and the second torsion after rake swings to suitable position
Spring can be such that fixture block is caught in teeth, be so collected by lever principle to grass, from without manually with hand-held rake
Grass on ground is collected, it is then artificial to drive the present invention to be moved to the left by mini-tiller ontology, so by making rake
Grass can be collected by being moved to the left, artificial to be to fixation of the invention by fixed device releasing after the completion of grass is collected
It can.
Screw rod is taken out with hand out of nut manually, then takes out screw rod out of two first through hole, then manually will
Screw rod is then manually inserted into two first through hole with hand in round fixed link, then twists nut by two fixed collets
Enter on screw rod, round fixed link can so be fixed, so as to which the present invention is fixed, when needs remove the present invention
When, it is artificial to repeat aforesaid operations.
When being applied fertilizer, manually fertilizer is poured into charging box, rolling disk can be made through the invention by being moved to the left
It rotates counterclockwise, rolling disk, which rotates counterclockwise drive, rotates counterclockwise the second belt wheel by third shaft, and the second belt wheel is counterclockwise
Rotation rotates counterclockwise first pulley by belt, and first pulley is rotated counterclockwise keeps discharge tray counterclockwise by the second shaft
Rotation, can so be delivered on ground the fertilizer in charging box, and so as to realize fertilising, and rolling disk rotates counterclockwise energy
The enough fertilizer that will scatter on the ground is done in soil, is so not required to manually pour into fertilizer and carries out shedding fertilizer in container, from
And it can reduce labor intensity, and can preferably utilize to fertilizer.
When being not required to apply fertilizer, being manually swung up second handle with hand swings the right part of third oscillating rod to the left, the
The right part of three oscillating rods is swung to the left drives third belt wheel to swing to the left, so belt can be made loose, then manually by belt
It removes, so as to prevent first pulley from rotating, and then can stop applying fertilizer.
When initial, idler wheel is located in the second groove, when being manually swung up second handle with hand, disk can be made to turn
It is dynamic, can so idler wheel be made to move up, idler wheel, which moves up, drives the second guide rod to move up, and third spring is pressed therewith
Contracting, while idler wheel can be caught in downwards in corresponding second groove in the case where third spring force is effect, it so can be to the 4th
Shaft is fixed, and so that belt is come loose so as to prevent third belt wheel from moving left and right, in turn results in belt and fall.
Beneficial effect is: the present invention can make rake swing by swinging up and down the first in command, so can be to nail
The tilt angle of rake is adjusted, and so as to mitigate artificial labor intensity using lever principle, and then is not required to manually use hand
It holds rake to be collected the grass on ground, by the way that two fixed collets are inserted into two in round fixed link, and by screw rod
In first through hole, then nut, which is screwed on screw rod, round fixed link is fixed, and can so be carried out to the present invention
Fixed, being moved to the left can be such that discharge tray rotates counterclockwise through the invention, can so be delivered to the fertilizer in charging box
On ground, then manually fertilizer is poured into and carries out shedding fertilizer in container, so as to reduce labor intensity, and can be better
Fertilizer is utilized.
Detailed description of the invention
Fig. 1 is schematic view of the front view of the invention.
Fig. 2 is the first partial structure diagram of the invention.
Fig. 3 is the right side structural representation of the fixed device of the present invention.
Fig. 4 is second of partial structure diagram of the invention.
Fig. 5 is the third partial structure diagram of the invention.
Fig. 6 is the 4th kind of partial structure diagram of the invention.
In the figures above: 1 ... mini-tiller ontology, 2 ... round fixed links, 3 ... fixed devices, 301 ... fixed plates, 302 ...
First groove, 303 ... first pin rods, 304 ... fixing clamps, 305 ... screw rods, 306 ... first through hole, 307 ... nuts, 4 ... supporting plates,
5 ... second through-holes, 6 ... fixing seats, 7 ... first swing seats, 8 ... first oscillating rods, 9 ... rakes, 10 ... one word holes, 11 ... are adjusted
Case, 12 ... first bearings, 13 ... first rotating shafts, 14 ... gears, 15 ... third through-holes, 16 ... second oscillating rods, 17 ... the first
Hand, 18 ... first pilot holes, 19 ... first guide rods, 20 ... rack gears, 21 ... second swing seats, 22 ... connecting rods, 23 ... fixture blocks,
24 ... first torque springs, 25 ... second torque springs, 26 ... second pin rods, 27 ... charging boxs, 28 ... second bearings, 29 ...
Two shafts, 30 ... discharge trays, 31 ... first pulleys, 32 ... first struts, 33 ... fixing sleeves, 34 ... second struts, 35 ... thirds
Bearing, 36 ... third shafts, 37 ... rolling disks, 38 ... second belt wheels, 39 ... belts, 40 ... third struts, 41 ... fourth bearings,
42 ... the 4th shafts, 43 ... third oscillating rods, 44 ... third belt wheels, 45 ... disks, 46 ... second grooves, 47 ... second handles,
48 ... the 4th struts, 49 ... hollow pipes, 50 ... second pilot holes, 51 ... second guide rods, 52 ... third springs, 53 ... idler wheels.
Specific embodiment
Embodiments of the present invention will be described referring to the drawings.
Embodiment 1
A kind of rake grass fertilization all-in-one machine being attached on mini-tiller includes fixed device 3, supporting plate 4, consolidates as shown in figures 1 to 6
Reservation 6, the first swing seat 7, the first oscillating rod 8, rake 9, regulating box 11, first bearing 12, first rotating shaft 13, gear 14,
Two oscillating rods 16, the first in command 17, the first guide rod 19, rack gear 20, the second swing seat 21, connecting rod 22, fixture block 23, first are turned round
Power spring 24, the second torque spring 25 and the second pin rod 26 are connected with round fixed link 2, round fixed link on mini-tiller ontology 1
Supporting plate 4 is connected with by fixed device 3 on 2, the right part of supporting plate 4 is provided with the second through-hole 5,4 bottom of supporting plate in 5 left side of the second through-hole
It is connected with fixing seat 6, the first swing seat 7 is hingedly connected in fixing seat 6, the first oscillating rod 8 is connected in the first swing seat 7,
The bottom end of first oscillating rod 8 is connected with rake 9, and the top of the first oscillating rod 8 is provided with a word hole 10, and the centre at 4 top of supporting plate connects
It is connected to regulating box 11, the left part of regulating box 11 is provided with third through-hole 15, and the trailing flank in regulating box 11 is equipped with first bearing 12,
It is connected with first rotating shaft 13 in first bearing 12, gear 14 is connected in first rotating shaft 13, the front end of first rotating shaft 13 is connected with
The left end of second oscillating rod 16, the second oscillating rod 16 passes through third through-hole 15, and the left end of the second oscillating rod 16 is connected with the first
Hand 17, the right part of regulating box 11 are provided with the first pilot hole 18, are equipped with the first guide rod 19, the first guide rod in the first pilot hole 18
19 left end is connected with rack gear 20, and the right side in regulating box 11 is connected with the second swing seat 21, and the second swing seat 21 is located at the
The downside of one pilot hole 18 is hingedly connected with connecting rod 22 in second swing seat 21, and the left end of connecting rod 22 is connected with fixture block 23,
The first torque spring 24, the bottom of connecting rod 22 and tune are connected between right side in the top and regulating box 11 of connecting rod 22
It is connected with the second torque spring 25 between bottom in section case 11, the right part of 19 leading flank of the first guide rod is connected with the second pin rod
26, the second pin rod 26 is located in a word hole 10.
Embodiment 2
A kind of rake grass fertilization all-in-one machine being attached on mini-tiller includes fixed device 3, supporting plate 4, consolidates as shown in figures 1 to 6
Reservation 6, the first swing seat 7, the first oscillating rod 8, rake 9, regulating box 11, first bearing 12, first rotating shaft 13, gear 14,
Two oscillating rods 16, the first in command 17, the first guide rod 19, rack gear 20, the second swing seat 21, connecting rod 22, fixture block 23, first are turned round
Power spring 24, the second torque spring 25 and the second pin rod 26 are connected with round fixed link 2, round fixed link on mini-tiller ontology 1
Supporting plate 4 is connected with by fixed device 3 on 2, the right part of supporting plate 4 is provided with the second through-hole 5,4 bottom of supporting plate in 5 left side of the second through-hole
It is connected with fixing seat 6, the first swing seat 7 is hingedly connected in fixing seat 6, the first oscillating rod 8 is connected in the first swing seat 7,
The bottom end of first oscillating rod 8 is connected with rake 9, and the top of the first oscillating rod 8 is provided with a word hole 10, and the centre at 4 top of supporting plate connects
It is connected to regulating box 11, the left part of regulating box 11 is provided with third through-hole 15, and the trailing flank in regulating box 11 is equipped with first bearing 12,
It is connected with first rotating shaft 13 in first bearing 12, gear 14 is connected in first rotating shaft 13, the front end of first rotating shaft 13 is connected with
The left end of second oscillating rod 16, the second oscillating rod 16 passes through third through-hole 15, and the left end of the second oscillating rod 16 is connected with the first
Hand 17, the right part of regulating box 11 are provided with the first pilot hole 18, are equipped with the first guide rod 19, the first guide rod in the first pilot hole 18
19 left end is connected with rack gear 20, and the right side in regulating box 11 is connected with the second swing seat 21, and the second swing seat 21 is located at the
The downside of one pilot hole 18 is hingedly connected with connecting rod 22 in second swing seat 21, and the left end of connecting rod 22 is connected with fixture block 23,
The first torque spring 24, the bottom of connecting rod 22 and tune are connected between right side in the top and regulating box 11 of connecting rod 22
It is connected with the second torque spring 25 between bottom in section case 11, the right part of 19 leading flank of the first guide rod is connected with the second pin rod
26, the second pin rod 26 is located in a word hole 10.
Fixed device 3 includes fixed plate 301, the first pin rod 303, fixing clamp 304, screw rod 305 and nut 307, is fixed
The right side of plate 301 is connect with the left side of supporting plate 4, and the top of fixed plate 301 is provided with the first groove 302, in the first groove 302
Connection is there are two the first pin rod 303, and rotary type is connected with fixing clamp 304 on former and later two first pin rods 303, fixing clamp 304
First through hole 306 is provided at left and right sides of top, be equipped with screw rod 305 in two first through hole 306, the front of screw rod 305 is equipped with
Nut 307.
Embodiment 3
A kind of rake grass fertilization all-in-one machine being attached on mini-tiller includes fixed device 3, supporting plate 4, consolidates as shown in figures 1 to 6
Reservation 6, the first swing seat 7, the first oscillating rod 8, rake 9, regulating box 11, first bearing 12, first rotating shaft 13, gear 14,
Two oscillating rods 16, the first in command 17, the first guide rod 19, rack gear 20, the second swing seat 21, connecting rod 22, fixture block 23, first are turned round
Power spring 24, the second torque spring 25 and the second pin rod 26 are connected with round fixed link 2, round fixed link on mini-tiller ontology 1
Supporting plate 4 is connected with by fixed device 3 on 2, the right part of supporting plate 4 is provided with the second through-hole 5,4 bottom of supporting plate in 5 left side of the second through-hole
It is connected with fixing seat 6, the first swing seat 7 is hingedly connected in fixing seat 6, the first oscillating rod 8 is connected in the first swing seat 7,
The bottom end of first oscillating rod 8 is connected with rake 9, and the top of the first oscillating rod 8 is provided with a word hole 10, and the centre at 4 top of supporting plate connects
It is connected to regulating box 11, the left part of regulating box 11 is provided with third through-hole 15, and the trailing flank in regulating box 11 is equipped with first bearing 12,
It is connected with first rotating shaft 13 in first bearing 12, gear 14 is connected in first rotating shaft 13, the front end of first rotating shaft 13 is connected with
The left end of second oscillating rod 16, the second oscillating rod 16 passes through third through-hole 15, and the left end of the second oscillating rod 16 is connected with the first
Hand 17, the right part of regulating box 11 are provided with the first pilot hole 18, are equipped with the first guide rod 19, the first guide rod in the first pilot hole 18
19 left end is connected with rack gear 20, and the right side in regulating box 11 is connected with the second swing seat 21, and the second swing seat 21 is located at the
The downside of one pilot hole 18 is hingedly connected with connecting rod 22 in second swing seat 21, and the left end of connecting rod 22 is connected with fixture block 23,
The first torque spring 24, the bottom of connecting rod 22 and tune are connected between right side in the top and regulating box 11 of connecting rod 22
It is connected with the second torque spring 25 between bottom in section case 11, the right part of 19 leading flank of the first guide rod is connected with the second pin rod
26, the second pin rod 26 is located in a word hole 10.
Fixed device 3 includes fixed plate 301, the first pin rod 303, fixing clamp 304, screw rod 305 and nut 307, is fixed
The right side of plate 301 is connect with the left side of supporting plate 4, and the top of fixed plate 301 is provided with the first groove 302, in the first groove 302
Connection is there are two the first pin rod 303, and rotary type is connected with fixing clamp 304 on former and later two first pin rods 303, fixing clamp 304
First through hole 306 is provided at left and right sides of top, be equipped with screw rod 305 in two first through hole 306, the front of screw rod 305 is equipped with
Nut 307.
It further include having charging box 27, second bearing 28, the second shaft 29, discharge tray 30, first pulley 31, the first strut
32, fixing sleeve 33, the second strut 34,3rd bearing 35, third shaft 36, rolling disk 37, the second belt wheel 38 and belt 39, supporting plate 4
Right side be connected with charging box 27, the trailing flank lower part in charging box 27 is equipped with second bearing 28, connects in second bearing 28
It is connected to the second shaft 29, is connected with discharge tray 30 in the second shaft 29, the front end of the second shaft 29 passes through charging box 27, and second turn
The front end of axis 29 is connected with first pulley 31, and the lower part of 27 right side of charging box is connected with the first strut 32, the first strut 32
Right end is connected with fixing sleeve 33, and the second strut 34 is equipped in fixing sleeve 33, and the lower part of the second strut 34 is embedded with 3rd bearing 35, the
Third shaft 36 is connected in three bearings 35, the rear portion of third shaft 36 is connected with rolling disk 37, the front connection of third shaft 36
There is the second belt wheel 38, is wound with belt 39 between the second belt wheel 38 and first pulley 31.
Embodiment 4
A kind of rake grass fertilization all-in-one machine being attached on mini-tiller includes fixed device 3, supporting plate 4, consolidates as shown in figures 1 to 6
Reservation 6, the first swing seat 7, the first oscillating rod 8, rake 9, regulating box 11, first bearing 12, first rotating shaft 13, gear 14,
Two oscillating rods 16, the first in command 17, the first guide rod 19, rack gear 20, the second swing seat 21, connecting rod 22, fixture block 23, first are turned round
Power spring 24, the second torque spring 25 and the second pin rod 26 are connected with round fixed link 2, round fixed link on mini-tiller ontology 1
Supporting plate 4 is connected with by fixed device 3 on 2, the right part of supporting plate 4 is provided with the second through-hole 5,4 bottom of supporting plate in 5 left side of the second through-hole
It is connected with fixing seat 6, the first swing seat 7 is hingedly connected in fixing seat 6, the first oscillating rod 8 is connected in the first swing seat 7,
The bottom end of first oscillating rod 8 is connected with rake 9, and the top of the first oscillating rod 8 is provided with a word hole 10, and the centre at 4 top of supporting plate connects
It is connected to regulating box 11, the left part of regulating box 11 is provided with third through-hole 15, and the trailing flank in regulating box 11 is equipped with first bearing 12,
It is connected with first rotating shaft 13 in first bearing 12, gear 14 is connected in first rotating shaft 13, the front end of first rotating shaft 13 is connected with
The left end of second oscillating rod 16, the second oscillating rod 16 passes through third through-hole 15, and the left end of the second oscillating rod 16 is connected with the first
Hand 17, the right part of regulating box 11 are provided with the first pilot hole 18, are equipped with the first guide rod 19, the first guide rod in the first pilot hole 18
19 left end is connected with rack gear 20, and the right side in regulating box 11 is connected with the second swing seat 21, and the second swing seat 21 is located at the
The downside of one pilot hole 18 is hingedly connected with connecting rod 22 in second swing seat 21, and the left end of connecting rod 22 is connected with fixture block 23,
The first torque spring 24, the bottom of connecting rod 22 and tune are connected between right side in the top and regulating box 11 of connecting rod 22
It is connected with the second torque spring 25 between bottom in section case 11, the right part of 19 leading flank of the first guide rod is connected with the second pin rod
26, the second pin rod 26 is located in a word hole 10.
Fixed device 3 includes fixed plate 301, the first pin rod 303, fixing clamp 304, screw rod 305 and nut 307, is fixed
The right side of plate 301 is connect with the left side of supporting plate 4, and the top of fixed plate 301 is provided with the first groove 302, in the first groove 302
Connection is there are two the first pin rod 303, and rotary type is connected with fixing clamp 304 on former and later two first pin rods 303, fixing clamp 304
First through hole 306 is provided at left and right sides of top, be equipped with screw rod 305 in two first through hole 306, the front of screw rod 305 is equipped with
Nut 307.
It further include having charging box 27, second bearing 28, the second shaft 29, discharge tray 30, first pulley 31, the first strut
32, fixing sleeve 33, the second strut 34,3rd bearing 35, third shaft 36, rolling disk 37, the second belt wheel 38 and belt 39, supporting plate 4
Right side be connected with charging box 27, the trailing flank lower part in charging box 27 is equipped with second bearing 28, connects in second bearing 28
It is connected to the second shaft 29, is connected with discharge tray 30 in the second shaft 29, the front end of the second shaft 29 passes through charging box 27, and second turn
The front end of axis 29 is connected with first pulley 31, and the lower part of 27 right side of charging box is connected with the first strut 32, the first strut 32
Right end is connected with fixing sleeve 33, and the second strut 34 is equipped in fixing sleeve 33, and the lower part of the second strut 34 is embedded with 3rd bearing 35, the
Third shaft 36 is connected in three bearings 35, the rear portion of third shaft 36 is connected with rolling disk 37, the front connection of third shaft 36
There is the second belt wheel 38, is wound with belt 39 between the second belt wheel 38 and first pulley 31.
It further include having third strut 40, fourth bearing 41, the 4th shaft 42, third oscillating rod 43, third belt wheel 44, disk
45 and second handle 47, the top of 27 right side of charging box is connected with third strut 40, and the right part of third strut 40 is embedded with the 4th
Bearing 41, the 4th shaft 42 is connected in fourth bearing 41, and the front end of the 4th shaft 42 is connected with third oscillating rod 43, third pendulum
The bottom end rotary type of lever 43 is connected with third belt wheel 44, and the rear portion of the 4th shaft 42 is connected with disk 45, the circumference of disk 45
Evenly spaced on wall to be provided with multiple second grooves 46, the left end of third oscillating rod 43 is connected with second handle 47.
Embodiment 5
A kind of rake grass fertilization all-in-one machine being attached on mini-tiller includes fixed device 3, supporting plate 4, consolidates as shown in figures 1 to 6
Reservation 6, the first swing seat 7, the first oscillating rod 8, rake 9, regulating box 11, first bearing 12, first rotating shaft 13, gear 14,
Two oscillating rods 16, the first in command 17, the first guide rod 19, rack gear 20, the second swing seat 21, connecting rod 22, fixture block 23, first are turned round
Power spring 24, the second torque spring 25 and the second pin rod 26 are connected with round fixed link 2, round fixed link on mini-tiller ontology 1
Supporting plate 4 is connected with by fixed device 3 on 2, the right part of supporting plate 4 is provided with the second through-hole 5,4 bottom of supporting plate in 5 left side of the second through-hole
It is connected with fixing seat 6, the first swing seat 7 is hingedly connected in fixing seat 6, the first oscillating rod 8 is connected in the first swing seat 7,
The bottom end of first oscillating rod 8 is connected with rake 9, and the top of the first oscillating rod 8 is provided with a word hole 10, and the centre at 4 top of supporting plate connects
It is connected to regulating box 11, the left part of regulating box 11 is provided with third through-hole 15, and the trailing flank in regulating box 11 is equipped with first bearing 12,
It is connected with first rotating shaft 13 in first bearing 12, gear 14 is connected in first rotating shaft 13, the front end of first rotating shaft 13 is connected with
The left end of second oscillating rod 16, the second oscillating rod 16 passes through third through-hole 15, and the left end of the second oscillating rod 16 is connected with the first
Hand 17, the right part of regulating box 11 are provided with the first pilot hole 18, are equipped with the first guide rod 19, the first guide rod in the first pilot hole 18
19 left end is connected with rack gear 20, and the right side in regulating box 11 is connected with the second swing seat 21, and the second swing seat 21 is located at the
The downside of one pilot hole 18 is hingedly connected with connecting rod 22 in second swing seat 21, and the left end of connecting rod 22 is connected with fixture block 23,
The first torque spring 24, the bottom of connecting rod 22 and tune are connected between right side in the top and regulating box 11 of connecting rod 22
It is connected with the second torque spring 25 between bottom in section case 11, the right part of 19 leading flank of the first guide rod is connected with the second pin rod
26, the second pin rod 26 is located in a word hole 10.
Fixed device 3 includes fixed plate 301, the first pin rod 303, fixing clamp 304, screw rod 305 and nut 307, is fixed
The right side of plate 301 is connect with the left side of supporting plate 4, and the top of fixed plate 301 is provided with the first groove 302, in the first groove 302
Connection is there are two the first pin rod 303, and rotary type is connected with fixing clamp 304 on former and later two first pin rods 303, fixing clamp 304
First through hole 306 is provided at left and right sides of top, be equipped with screw rod 305 in two first through hole 306, the front of screw rod 305 is equipped with
Nut 307.
It further include having charging box 27, second bearing 28, the second shaft 29, discharge tray 30, first pulley 31, the first strut
32, fixing sleeve 33, the second strut 34,3rd bearing 35, third shaft 36, rolling disk 37, the second belt wheel 38 and belt 39, supporting plate 4
Right side be connected with charging box 27, the trailing flank lower part in charging box 27 is equipped with second bearing 28, connects in second bearing 28
It is connected to the second shaft 29, is connected with discharge tray 30 in the second shaft 29, the front end of the second shaft 29 passes through charging box 27, and second turn
The front end of axis 29 is connected with first pulley 31, and the lower part of 27 right side of charging box is connected with the first strut 32, the first strut 32
Right end is connected with fixing sleeve 33, and the second strut 34 is equipped in fixing sleeve 33, and the lower part of the second strut 34 is embedded with 3rd bearing 35, the
Third shaft 36 is connected in three bearings 35, the rear portion of third shaft 36 is connected with rolling disk 37, the front connection of third shaft 36
There is the second belt wheel 38, is wound with belt 39 between the second belt wheel 38 and first pulley 31.
It further include having third strut 40, fourth bearing 41, the 4th shaft 42, third oscillating rod 43, third belt wheel 44, disk
45 and second handle 47, the top of 27 right side of charging box is connected with third strut 40, and the right part of third strut 40 is embedded with the 4th
Bearing 41, the 4th shaft 42 is connected in fourth bearing 41, and the front end of the 4th shaft 42 is connected with third oscillating rod 43, third pendulum
The bottom end rotary type of lever 43 is connected with third belt wheel 44, and the rear portion of the 4th shaft 42 is connected with disk 45, the circumference of disk 45
Evenly spaced on wall to be provided with multiple second grooves 46, the left end of third oscillating rod 43 is connected with second handle 47.
It further include having the 4th strut 48, hollow pipe 49, the second guide rod 51, third spring 52 and idler wheel 53, charging box 27
Right side is connected with the 4th strut 48, and the 4th strut 48 is located at the upside of third strut 40, and the right end of the 4th strut 48 is connected with
Hollow pipe 49, the bottom of hollow pipe 49 are provided with the second pilot hole 50, are equipped with the second guide rod 51 in the second pilot hole 50, second leads
Third spring 52 is connected between top into the top and hollow pipe 49 of bar 51, the bottom end rotary type of the second guide rod 51 connects
It is connected to idler wheel 53, idler wheel 53 is located in the second groove 46.
It is artificial that the present invention is fixed on by round fixed link 2 by fixed device 3 when needing to carry out harrowing grass using the present invention
On, then artificial to swing up and down the second oscillating rod 16 with the lower swing first in command 17 on hand, the second oscillating rod 16 is swung up and down
First rotating shaft 13 can be made to rotate clockwise or counterclockwise, first rotating shaft 13 rotates clockwise or counterclockwise band 14 up time of moving gear
Needle rotates counterclockwise, and gear 14, which rotates clockwise or counterclockwise, can make rack gear 20 to the right or be moved to the left, and rack gear 20 is to the right
Or be moved to the left and the first guide rod 19 is driven to the right or to be moved to the left, the first guide rod 19 to the right or moves left through the second pin
Bar 26 swings the top of the first oscillating rod 8 to the right or to the left, and the lower part of the first oscillating rod 8 swings therewith, and first swings
The lower part of bar 8, which swings, drives rake 9 to swing, and after rake 9 swings to suitable position, stops the mobile first
Hand 17 can be such that fixture block 23 is caught in teeth by the first torque spring 24 and the second torque spring 25, so pass through lever original
Reason is collected grass, from without being manually collected with hand-held rake to the grass on ground, then manually passes through mini-tiller
Ontology 1 drives the present invention to be moved to the left, and can be so collected to grass by being moved to the left rake 9, collects and completes when grass
Afterwards, artificial to be released by fixed device 3 to fixation of the invention.
Screw rod 305 is taken out with hand out of nut 307 manually, then takes screw rod 305 out of two first through hole 306
Out, then manually by two 304 sets of fixing clamp in round fixed link 2, screw rod 305 is manually then inserted into two first with hand
In through-hole 306, then nut 307 is screwed on screw rod 305, so can be fixed to round fixed link 2, so as to this hair
It is bright to be fixed, it is artificial to repeat aforesaid operations when needing to remove the present invention.
When being applied fertilizer, manually fertilizer is poured into charging box 27, being moved to the left can make to roll through the invention
Disk 37 rotates counterclockwise, and rolling disk 37, which rotates counterclockwise drive, rotates counterclockwise the second belt wheel 38 by third shaft 36, and second
Belt wheel 38, which is rotated counterclockwise, rotates counterclockwise first pulley 31 by belt 39, and first pulley 31 is rotated counterclockwise by second
Shaft 29 rotates counterclockwise discharge tray 30, can so be delivered on ground to the fertilizer in charging box 27, so as to reality
It now applies fertilizer, and rolling disk 37 rotates counterclockwise and can do the fertilizer for scattering on the ground in soil, being so not required to manually will be fertile
Material, which pours into, to carry out shedding fertilizer in container, so as to reduce labor intensity, and can preferably utilize to fertilizer.
When being not required to apply fertilizer, being manually swung up second handle 47 with hand makes the right part of third oscillating rod 43 to left swing
Dynamic, the right part of third oscillating rod 43 is swung to the left drives third belt wheel 44 to swing to the left, can so make belt 39 loose, then
Manually belt 39 is removed, so as to prevent first pulley 31 from rotating, and then can stop applying fertilizer.
When initial, idler wheel 53 is located in the second groove 46, when being manually swung up second handle 47 with hand, can make to justify
Disk 45 rotates, and so idler wheel 53 can be made to move up, and idler wheel 53, which moves up, drives the second guide rod 51 to move up, third
Spring 52 compresses therewith, while idler wheel 53 can be caught in downwards corresponding second groove 46 in the case where 52 elastic force of third spring is effect
It is interior, the 4th shaft 42 can be so fixed, so that belt 39 is come loose so as to prevent third belt wheel 44 from moving left and right, into
And belt 39 is caused to fall.
Above-described embodiment, which is available to, to be familiar with person in the art to realize or use the present invention, and is familiar with this field
Personnel can make various modifications or variation, thus this to above-described embodiment without departing from the present invention in the case of the inventive idea
The protection scope of invention is not limited by above-described embodiment, and should meet inventive features that claims are mentioned most
On a large scale.
Claims (5)
1. a kind of rake grass fertilization all-in-one machine being attached on mini-tiller, which is characterized in that include fixed device (3), supporting plate
(4), fixing seat (6), the first swing seat (7), the first oscillating rod (8), rake (9), regulating box (11), first bearing (12),
One shaft (13), gear (14), the second oscillating rod (16), the first in command (17), the first guide rod (19), rack gear (20), second
Swing seat (21), connecting rod (22), fixture block (23), the first torque spring (24), the second torque spring (25) and the second pin rod
(26), it is connected with round fixed link (2) on mini-tiller ontology (1), is connected on round fixed link (2) by fixed device (3)
Supporting plate (4), the right part of supporting plate (4) are provided with the second through-hole (5), and supporting plate (4) bottom on the left of the second through-hole (5) is connected with fixing seat
(6), it is hingedly connected with the first swing seat (7), is connected in the first swing seat (7) the first oscillating rod (8) in fixing seat (6), the
The bottom end of one oscillating rod (8) is connected with rake (9), and the top of the first oscillating rod (8) is provided with a word hole (10), supporting plate (4) top
Centre be connected with regulating box (11), the left part of regulating box (11) is provided with third through-hole (15), the trailing flank in regulating box (11)
It is equipped with first bearing (12), is connected with first rotating shaft (13) in first bearing (12), first rotating shaft is connected with gear on (13)
(14), the front end of first rotating shaft (13) is connected with the second oscillating rod (16), and the left end of the second oscillating rod (16) passes through third through-hole
(15), the left end of the second oscillating rod (16) is connected with the first in command (17), and the right part of regulating box (11) is provided with the first pilot hole
(18), the first guide rod (19) are equipped in the first pilot hole (18), the left end of the first guide rod (19) is connected with rack gear (20), is adjusted
Right side in section case (11) is connected with the second swing seat (21), and the second swing seat (21) is located under the first pilot hole (18)
Side is hingedly connected with connecting rod (22) in the second swing seat (21), and the left end of connecting rod (22) is connected with fixture block (23), connecting rod
(22) be connected with the first torque spring (24) between the right side in top and regulating box (11), the bottom of connecting rod (22) with
It is connected between bottom in regulating box (11) the second torque spring (25), the right part of the first guide rod (19) leading flank is connected with
Second pin rod (26), the second pin rod (26) are located in a word hole (10).
2. a kind of rake grass fertilization all-in-one machine being attached on mini-tiller according to claim 1, which is characterized in that fixed
Device (3) includes fixed plate (301), the first pin rod (303), fixing clamp (304), screw rod (305) and nut (307), is fixed
The right side of plate (301) is connect with the left side of supporting plate (4), is provided at the top of fixed plate (301) the first groove (302), first
In groove (302) there are two connections the first pin rod (303), rotary type is connected with fixing clamp on former and later two first pin rods (303)
(304), first through hole (306) are provided at left and right sides of the top of fixing clamp (304), be equipped with spiral shell in two first through hole (306)
The front of bar (305), screw rod (305) is equipped with nut (307).
3. a kind of rake grass fertilization all-in-one machine being attached on mini-tiller according to claim 2, which is characterized in that also wrap
Charging box (27), second bearing (28), the second shaft (29), discharge tray (30), first pulley (31), the first strut are included
(32), fixing sleeve (33), the second strut (34), 3rd bearing (35), third shaft (36), rolling disk (37), the second belt wheel (38)
With belt (39), the right side of supporting plate (4) is connected with charging box (27), and the trailing flank lower part in charging box (27) is equipped with second
Bearing (28), second bearing (28) is interior to be connected with the second shaft (29), is connected in the second shaft (29) discharge tray (30), second
The front end of shaft (29) passes through charging box (27), and the front end of the second shaft (29) is connected with first pulley (31), charging box (27)
The lower part of right side is connected with the first strut (32), and the right end of the first strut (32) is connected with fixing sleeve (33), fixing sleeve (33)
It is inside equipped with the second strut (34), the lower part of the second strut (34) is embedded with 3rd bearing (35), and the is connected in 3rd bearing (35)
Three shafts (36), the rear portion of third shaft (36) are connected with rolling disk (37), and the front of third shaft (36) is connected with the second belt wheel
(38), it is wound between the second belt wheel (38) and first pulley (31) belt (39).
4. a kind of rake grass fertilization all-in-one machine being attached on mini-tiller according to claim 3, which is characterized in that also wrap
Third strut (40), fourth bearing (41), the 4th shaft (42), third oscillating rod (43), third belt wheel (44), disk are included
(45) it is connected with third strut (40) with second handle (47), the top of charging box (27) right side, the right side of third strut (40)
Portion is embedded with fourth bearing (41), is connected with the 4th shaft (42) in fourth bearing (41), the front end of the 4th shaft (42) is connected with
Third oscillating rod (43), the bottom end rotary type of third oscillating rod (43) are connected with third belt wheel (44), after the 4th shaft (42)
Portion is connected with disk (45), evenly spaced in the circumferential wall of disk (45) to be provided with multiple second grooves (46), third oscillating rod
(43) left end is connected with second handle (47).
5. a kind of rake grass fertilization all-in-one machine being attached on mini-tiller according to claim 4, which is characterized in that also wrap
The 4th strut (48), hollow pipe (49), the second guide rod (51), third spring (52) and idler wheel (53), charging box (27) are included
Right side is connected with the 4th strut (48), and the 4th strut (48) is located at the upside of third strut (40), the right side of the 4th strut (48)
End is connected with hollow pipe (49), and the bottom of hollow pipe (49) is provided with the second pilot hole (50), and the is equipped in the second pilot hole (50)
Two guide rods (51) are connected with third spring (52) between the top in the top and hollow pipe (49) of the second guide rod (51),
The bottom end rotary type of second guide rod (51) is connected with idler wheel (53), and idler wheel (53) is located in the second groove (46).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810888291.0A CN109041811B (en) | 2018-08-07 | 2018-08-07 | Harrow grass fertilization all-in-one that can connect on machine is ploughed a little |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810888291.0A CN109041811B (en) | 2018-08-07 | 2018-08-07 | Harrow grass fertilization all-in-one that can connect on machine is ploughed a little |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109041811A true CN109041811A (en) | 2018-12-21 |
| CN109041811B CN109041811B (en) | 2021-06-01 |
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ID=64831848
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810888291.0A Active CN109041811B (en) | 2018-08-07 | 2018-08-07 | Harrow grass fertilization all-in-one that can connect on machine is ploughed a little |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112136378A (en) * | 2020-09-15 | 2020-12-29 | 陈英杰 | Agricultural is with device of ploughing |
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| US1704468A (en) * | 1924-08-09 | 1929-03-05 | Mitchell & Company Proprietary | Power-lift plow |
| CN2707000Y (en) * | 2004-04-05 | 2005-07-06 | 杨啟会 | Multifunctional minitype farmland tilling machine |
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|---|---|
| CN109041811B (en) | 2021-06-01 |
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