CN106576609B

CN106576609B - A kind of agricultural weeding plunger type grass processing extruder

Info

Publication number: CN106576609B
Application number: CN201611212997.2A
Authority: CN
Inventors: 都函
Original assignee: YANCHENG XIETONG MACHINERY Co Ltd
Current assignee: Yancheng Xietong Machinery Co ltd
Priority date: 2016-12-25
Filing date: 2016-12-25
Publication date: 2018-12-04
Anticipated expiration: 2036-12-25
Also published as: CN108886948B; CN109315149A; CN108886948A; CN106576609A; CN109315149B

Abstract

The invention discloses a kind of agriculture weeding plunger type grass to handle extruder, the first transfer dish of a rotation corresponding with the weeding idler wheel is additionally provided in the weeding kerve, the feed cavity of a connection corresponding with the weeding kerve is additionally provided in the body, second transfer dish corresponding with first transfer dish is equipped in the feed cavity, the first extrusion chamber of a connection corresponding with the crushing chamber is additionally provided in the body, the stripper plate slides in first extrusion chamber, the first compression bar of a sliding is additionally provided in the body, the second compression bar of a sliding is additionally provided in the body, a pressure end is connected on second compression bar, further grass can be discharged by discharge gate using first compression bar, it can be punched on the ground using pressure end, grass can be extruded in the hole that pressure end is beaten, To further increase the effect of grass conversion organic substance, to improve the utility value of grass.

Description

A kind of agricultural weeding plunger type grass processing extruder

Technical field

The present invention relates to a kind of agriculture weeders, and in particular to a kind of agricultural weeding plunger type grass processing extruder, specifically It is related to a kind of agriculture weeding plunger type grass being pressed into ground after the broken extruding of grass meal using the first compression bar can be handled to squeeze Press.

Background technique

Also the continuous development of mechanization of agriculture is further promoted while continuous improvement with living standard, wherein existing Agricultural machinery in more and more the appearing in of agriculture weeder be utilized, so as to be further facilitated using weeder Grass in farmland is handled, so as to avoid artificial weeding bring trouble, wherein in present weeder mostly all It is to be driven using tractor, to be further driven to the work of weeder using the power output shaft on tractor, wherein Grass can be purged during weeder work, and grass can be handled on the ground after grass capable of being removed, So as to make nutrient needed for being further converted into crops after grass is rotten, removed well although can be played using weeder Careless effect, but there is problems:

1, since grass covers on the ground after grass is cleared up on the ground, so when that will make during sowing Grass is mixed with seed rather than is mixed seed using soil, so that nutrient in soil can not be got by having resulted in seed, into one Step resulted in a large amount of seeds can not normal growth the phenomenon that, to the problem of yield for reducing crops occur,

2 and even with weeder will grass remove after due to grass cover on the ground, so grass rot turn The efficiency for changing organic substance just becomes very low, even and having been resulted in after being converted to organic substance due to illumination The volatilization of machine substance, so the organic substance that grass is converted can not be absorbed in ground, to further reduced grass conversion organic matter The utility value of matter.

It is therefore necessary to design a kind of agriculture weeding plunger type grass processing extruder, to solve the above technical problems.

Summary of the invention

The object of the present invention is to overcome the problems of the prior art, and it is crowded to provide a kind of agriculture weeding plunger type grass processing Press can be purged the grass on ground using the rotation of weeding idler wheel, and can be set using the first transfer dish described Slot is further transported in crushing chamber by the rotation of the second transfer dish, so as to crush grass, can be squeezed using first It presses intracavitary set stripper plate to compress grass, and can will further can be squeezed using the movement of the first pressure ram Intracavitary grass is discharged by discharge gate, and can be beaten on the ground using pressure end using the movement of the second pressure ram Hole, so as to which grass is extruded in the hole that pressure end is beaten by discharge gate, so as to make directly to contact with grass in ground, So as to further make crops directly absorb the organic substance that grass is converted, to further increase the production of crops Amount, avoid because grass covering make on the ground seed can not normal growth the phenomenon that, so that the germination percentage of seed is improved, into one Step improves the yield of crops.

The invention is realized by the following technical scheme:

A kind of agricultural weeding plunger type grass processing extruder, includes a tractor, it is defeated that the tractor is equipped with power Shaft is connected with a body on the tractor, and the body quadrangle is respectively equipped with the idler wheel of rotation, and the bottom of the body is set There is a weeding kerve, the weeding idler wheel of a rotation is equipped in the weeding kerve；

The first transfer dish of a rotation corresponding with the weeding idler wheel is additionally provided in the weeding kerve, in the body It is additionally provided with the feed cavity of a connection corresponding with the weeding kerve, is equipped with one and the first transfer dish phase in the feed cavity Corresponding second transfer dish；

It is additionally provided with the crushing chamber of a connection corresponding with the feed cavity in the body, is equipped with one turn in the crushing chamber Dynamic crushing turntable；

The first extrusion chamber of a connection corresponding with the crushing chamber is additionally provided in the body, in first extrusion chamber Equipped with the stripper plate that a hydraulic push rod pushes, the stripper plate slides in first extrusion chamber；

The first compression bar of a sliding is additionally provided in the body, first compression bar is sliding in first extrusion chamber It is dynamic, it is additionally provided with the second compression bar of a sliding in the body, a pressure end, the body are connected on second compression bar On further respectively have the first runner and the second runner of a rotation, described in first runner and second runner drive respectively First compression bar and second compression bar do straight reciprocating motion, and the organism bottom is additionally provided with one and first extrusion chamber The discharge gate of corresponding connection, first compression bar are corresponding with the discharge gate；

It is additionally provided with the main shaft of a connection corresponding with the power output shaft in the body, distinguishes on the main shaft It is connected with a second bevel gear and a third hand tap gear and one the 4th bevel gear, the second bevel gear drives described first turn Wheel and second runner rotation, the 4th bevel gear drive the weeding idler wheel rotation.

Further grass can be purged by the rotation of weeding runner, and first transfer dish can be utilized Further the grass after removing is transported in crushing chamber with second transfer dish, crushing set in crushing chamber can be passed through Turntable further crushes grass, and smashed grass can be made to be passed in the first extrusion chamber, can utilize first Set stripper plate squeezes slot in extrusion chamber, so as to compress to grass, can pass through first compression bar It is slided in first extrusion chamber, so as to which further grass is discharged by discharge gate using first compression bar, And it is provided with the second compression bar of sliding in the body, is connected with a pressure end on second compression bar, thus It can be punched on the ground using pressure end, so as to further make the grass being discharged in discharge gate be drained into the press In the hole that head is beaten, so as to make crops directly absorb the organic substance that grass is converted to, to further avoid Caused by grass covering on the ground in seed seeding process seed mix with grass caused seed can not normal germinating growth Grass to further improve the germination percentage of seed, and can be extruded in the hole that pressure end is beaten, thus into one by consequence Step improves the effect of grass conversion organic substance, to improve the utility value of grass.

Further, weeding kerve two sides have respectively included one and have been located in the intracorporal second inner chamber of the machine and the 4th Chamber, respectively further comprise in the weeding kerve one in the second inner chamber and the described 4th the 5th shaft of intracavitary rotation and 6th shaft, first transfer dish and the weeding idler wheel are respectively provided in the 5th shaft and the 6th shaft, institute Stating intracavitary in the 4th includes the third sprocket wheel and the 4th sprocket wheel being connected in the 5th shaft and the 6th shaft, institute It states third sprocket wheel and the 4th sprocket wheel and passes through the corresponding connection of one second chain；

The other end of 5th shaft and the 6th shaft is connected separately with one the 5th sprocket wheel and one the 5th bevel gear, Be additionally provided with the 7th shaft of a rotation in the second inner chamber, the 7th both ends of the shaft be connected separately with one the 6th bevel gear and One the 7th bevel gear, the 6th bevel gear engagement connection corresponding with the 5th bevel gear, the 7th bevel gear and institute State the corresponding engagement connection of the 4th bevel gear；

It include the 9th shaft of a rotation in the feed cavity, second transfer dish is connected to the 9th shaft On, one end of the 9th shaft is connected with one the 9th bevel gear, and the other end of the 9th shaft is set by the body It is rotated in turn hole, further includes having an eight revolution axis rotated in the feed cavity and the second inner chamber, institute in the body The both ends for stating eight revolution axis are connected separately with one the 8th bevel gear and one the 6th sprocket wheel, the 8th bevel gear and the 9th cone Gear corresponding engagement connection passes through the corresponding connection of a third chain between the 6th sprocket wheel and the 5th sprocket wheel.

A third sprocket wheel and the 4th sprocket wheel, and energy can be separately connected in the 5th shaft and the 6th shaft Enough by second chain by the third sprocket wheel and the corresponding connection of the 4th sprocket wheel, so as in the weeding The rotation of drive first transfer dish simultaneously during idler wheel rotates, and can be in the 5th shaft and described the The other end of six shafts is separately connected one the 5th sprocket wheel and the 5th bevel gear, can be during the main shaft rotates simultaneously Drive the 4th bevel gear rotation, so as to corresponding with the 4th bevel gear by the 7th bevel gear Engagement connection to be further driven to the rotation of the 7th shaft, rotation, so as to drive the 6th bevel gear Rotation, can be by being further driven to the described 6th after the 6th bevel gear engagement connection corresponding with the 5th bevel gear The rotation of shaft, so as to drive the rotation of the 5th shaft while six shaft, and in the charging Intracavitary the 9th shaft for being equipped with a rotation is connected with one the 9th bevel gear in one end of the 9th shaft, can be described Five shafts drive the rotation of the 5th sprocket wheel while rotation, described the can be further driven by the third chain The rotation of six sprocket wheels is connected with one the 8th cone tooth so as to drive the rotation of the eight revolution axis on the eight revolution axis Wheel, so as to be connected using the 8th bevel gear with the corresponding engagement of the 9th bevel gear, to be further driven to The rotation of 9th shaft, to be further driven to the rotation of second transfer dish.

Further, a receiver corresponding with first transfer dish, the splicing are also connected on the body Disk connection corresponding with the weeding idler wheel, being covered on the receiver has earth discharging hole, splicing can be arranged on the body Disk, so as to be caught the grass that the weeding idler wheel is removed by receiver, so as to pass through first transfer dish Grass is conveyed, and is provided with earth discharging hole on the receiver, so as to which the soil mixed in grass is passed through earth discharging hole Discharge.

Further, be equipped with the connecting cavity of a connection corresponding with the feed cavity in the body, the connecting cavity and The crushing chamber corresponding connection includes one to be located at the intracorporal motor of the machine, the motor driven institute in the crushing chamber It states and crushes turntable rotation, the crushings turntable is equipped with Disintegrating knife corresponding with the connecting cavity, on the crushing turntable It is additionally provided with marker board, the rotation for crushing turntable can be further driven to using the high-speed rotation of motor, and can utilize Disintegrating knife crushes grass, and grass can be discharged using marker board after broken to grass meal.

Further, the chamber that rolls of a connection corresponding with the crushing chamber is additionally provided in the body, it is described to roll chamber Connection corresponding with first extrusion chamber is additionally provided with one in the body and rolls the corresponding third inner cavity of chamber, institute with described It states that roll intracavitary include that there are two the tenth shafts of the intracavitary rotation in the third, is connected separately with one in the tenth shaft The connection gear of corresponding engagement, is connected with 1 the tenth bevel gear in the tenth shaft, intracavitary in the third to be equipped with 11st shaft of one rotation, the both ends of the 11st shaft are connected separately with 1 the 11st bevel gear and 1 the tenth plug tap tooth Wheel, the 11st bevel gear engagement connection corresponding with the tenth bevel gear, the 12nd bevel gear and the third The corresponding engagement of bevel gear connects, and is respectively arranged with a rolling-compaction roller, two rolling-compaction roller phases in the tenth shaft It is correspondingly connected with, one is also connected on the stripper plate and rolls the corresponding baffle of chamber with described, can be rotated in the main shaft During be further driven to the rotation of the third hand tap gear, the third hand tap gear and the tenth plug tap tooth can be passed through The rotation that the 11st shaft is further driven to after corresponding engagement connects is taken turns, so as to further drive described roll It rotates, further grass can be rolled by the rolling-compaction roller of two corresponding rotations while idler wheel, so as to Make grass in the state for rolling crushing, further so as to can further improve corruption during grass is embedded in underground Rotten efficiency, so as to improve the efficiency for being converted to organic substance.

Further, it is additionally provided with a first inner chamber in the body, also sets two and the first inner chamber in the body Corresponding pulley groove is respectively equipped with one in the body and rotates in two pulley grooves and the first inner chamber First rotating shaft and the 4th shaft, first runner and second runner are connected to the 4th shaft and described first In shaft, the other end of the first rotating shaft and the 4th shaft is connected separately with one first sprocket wheel and one second sprocket wheel, institute It states between the first sprocket wheel and second sprocket wheel through the corresponding connection of one first chain, is also connected with one in the first rotating shaft The first bevel gear of engagement connection corresponding with the second bevel gear；

It is connected separately with one second shaft on first runner and second runner, is set respectively in second shaft There is the connecting rod of a rotation, is respectively equipped with a third shaft, two connections on the first compression bar and second compression bar Bar rotates in the third shaft respectively.

It is capable of the rotation of the drive first bevel gear during main shaft rotates simultaneously, and energy The 4th shaft is further driven to after enough connecting using first bevel gear engagement corresponding with the second bevel gear Rotation can pass through the drive first rotating shaft of first chain simultaneously during the 4th shaft rotates It is rotated while with four shaft, so as to reach while driving two first runners and second runner to turn It is dynamic, it is respectively equipped with one second shaft on first runner and second runner, is respectively equipped in second shaft One rotation connecting rod, so as to two first runners and second runner rotation during can be further Drive first compression bar and second compression bar do straight reciprocating motion, so as to using pressure end on the ground Grass can be transported in the hole that pressure end is beaten using the first compression bar, grass is transported to ground beat so as to reach by punching Hole in, thus further guarantee grass underground conversion organic substance effect.

Further, be equipped with a body turn hole in the body, the body turn hole respectively with the first inner chamber and institute It states second inner chamber and connection corresponding with the third inner cavity, the main shaft rotates in the body turn hole, Neng Gou One body turn hole is set on the body, can be rotated in the body turn hole by main shaft, to be further ensured that The normal rotation of the main shaft.

Further, it is equipped with the second slide opening of a connection corresponding with first extrusion chamber in the body, described the One compression bar slides in second slide opening, a third slide opening is additionally provided in the body, second compression bar is described It is slided in third slide opening, the second extrusion chamber of a connection corresponding with first extrusion chamber is additionally provided in the body, it is described The connection corresponding with the discharge gate of second extrusion chamber, first compression bar slide in the discharge gate, and described first squeezes Pressing intracavitary further includes having a squeezing rod being connected on first compression bar, and the squeezing rod is sliding in second extrusion chamber It is dynamic, it is equipped with first slide opening corresponding with first compression bar in the squeezing rod, first compression bar is described the Sliding in one slide opening, is additionally provided with the squeezing rod inner cavity of a connection corresponding with first slide opening in the squeezing rod, and described the Be connected on one compression bar one in the squeezing rod intracavitary sliding connecting shaft, it is intracavitary in the squeezing rod to be equipped with one and suppress institute The spring of connecting shaft is stated, the body is equipped with the first groove of a connection corresponding with the third slide opening, the pressure end It slides in first groove, during capable of being squeezed using the stripper plate grass, can first squeeze grass Enter into second extrusion chamber, can first compression bar slide during can simultaneously the drive squeezing rod Sliding, can be slided in second extrusion chamber by squeezing rod can by grass further be squeezed into discharge gate, from And it can utilize first compression bar will be in discharge gate during first compression bar continues sliding Grass discharge, to guarantee the effect to the first compression bar Lysimachia sikokiana.

Further, interior the 4th slide opening for being equipped with a connection corresponding with the pulley groove of the body, described first It is also connected with one first compression bar on compression bar, one second compression bar, second pressure are connected on first compression bar Bar slides in the 4th slide opening, is additionally provided with second groove corresponding with the discharge gate on the body, and described The setting annular in shape of two grooves, the interior guide pipe for being equipped with a sliding of second groove, the guide pipe and second compression bar Corresponding connection, the guide pipe is corresponding with the pressure end, can first compression bar slide during can The sliding of drive first compression bar simultaneously, so as to further drive the sliding of second compression bar, can During using the first compression bar Lysimachia sikokiana can simultaneously the sliding that the guide pipe is driven using second compression bar, So as to which grass is drained into the hole that the pressure end is beaten by the guide pipe, so that discharge gate be prevented to be discharged to ground for grass On surface.

Further, the weeding idler wheel is equipped with the weeding cutterhead that is serrated, first transfer dish and described the It is respectively equipped with a conveying blade helically on two transfer dish, can divide on first transfer dish and second transfer dish Not She Zhi conveying blade, so as to further be conveyed to grass using spiral conveying blade.

It compared with prior art, the beneficial effects of the present invention are: can be using the rotation of weeding idler wheel to the grass on ground It is purged, and slot is further transported to crushing chamber by the rotation that second transfer dish can be set using the first transfer dish It is interior, so as to which grass is crushed using the grating disk of high-speed rotation, and can be further after grass meal is broken Be transported to roll it is intracavitary, so as to further be rolled to grass using the rolling-compaction roller of two corresponding rotations, thus Can further make grass in rolling the state of crushing, and can using stripper plate set in the first extrusion chamber to grass into Row compression, and the sliding of the first pressure ram can be utilized, further the grass in extrusion chamber can be discharged by discharge gate, And the sliding of the second pressure ram can be utilized, can be punched on the ground using pressure end, so as to be incited somebody to action by discharge gate Grass is extruded in the hole that pressure end is beaten, so as to achieve the purpose that grass being pressed into underground, so as to make in ground directly With grass contact with improve grass conversion organic substance efficiency, so as to avoid grass convert organic substance volatilization, so as to Crops are further made directly to absorb the organic substance that grass is converted, so that the yield of crops is further increased, and Can be avoided because grass covering make on the ground seed can not normal growth the phenomenon that, to improve the germination percentage of seed, from And further increase the yield of crops.

Detailed description of the invention

The present invention will be further described with reference to the accompanying drawing.

Fig. 1 is that agricultural of embodiment of the present invention weeding plunger type grass handles extruder overall structure diagram.

Fig. 2 is that agricultural of embodiment of the present invention weeding plunger type grass handles extruder overall structure side view.

Fig. 3 is that agricultural of embodiment of the present invention weeding plunger type grass handles extruder overall structure top view.

Fig. 4 is guide pipe of embodiment of the present invention overall structure diagram.

Fig. 5 is the first compression bar described in the embodiment of the present invention and the second compression bar overall structure diagram.

Fig. 6 is that the embodiment of the present invention rolls chamber overall structure diagram.

Fig. 7 is weeding of embodiment of the present invention idler wheel and the first transfer dish overall structure diagram.

Fig. 8 is that the embodiment of the present invention crushes turntable overall structure diagram.

Fig. 9 is the first transfer dish of the embodiment of the present invention and the second transfer dish overall structure diagram.

Figure 10 is weeding of embodiment of the present invention idler wheel overall structure diagram.

In figure: 1 body, 2 idler wheels, 3 weeding kerves, 4 weeding idler wheels, 5 receivers, 6 first transfer dish, 7 feed cavities, 8 Chamber, 15 rolling-compaction rollers, 16 the are rolled in two transfer dish, 9 connecting cavities, 10 crushing chambers, 11 motors, 12 crushing turntables, 13 marker boards, 14 One extrusion chamber, 17 stripper plates, 18 first compression bars, 19 second extrusion chambers, 20 squeezing rods, 21 discharge gates, 22 guide pipes, 23 press Head, 24 first grooves, 25 second grooves, 26 squeezing rod inner cavities, 27 connecting shafts, 28 springs, 29 first slide openings, 30 second slide openings, 31 hydraulic push rods, 32 baffles, 33 third slide openings, 34 first rotating shafts, 35 second compression bars, 36 earth discharging holes, 37 first runners, 38 Two runners, 39 second shafts, 40 connecting rods, 41 third shafts, 42 pulley grooves, 43 the 4th shafts, 44 first inner chambers, 45 first Sprocket wheel, 46 second sprocket wheels, 47 first chains, 48 first bevel gears, 49 second bevel gears, 50 main shafts, 51 third hand tap gears, 52 4th bevel gear, 53 body turn holes, 54 second inner chambers, 55 third inner cavities, 56 first compression bars, 57 second compression bars, 58 the 4th slide openings, 59 the 4th inner cavities, 60 the 5th shafts, 61 the 6th shafts, 62 third sprocket wheels, 63 the 4th sprocket wheels, 64 second chains, 65 the 5th cone teeth Wheel, 66 the 6th bevel gears, 67 the 7th shafts, 68 the 7th bevel gears, 69 weeding cutterheads, 70 the 5th sprocket wheels, 71 the 6th sprocket wheels, 72 Three chains, 73 eight revolution axis, 74 Disintegrating knifes, 75 the 8th bevel gears, 76 the 9th bevel gears, 77 the 9th shafts, 78 the tenth shafts, 79 connection gears, 80 the tenth bevel gears, 81 the 11st bevel gears, 82 the 11st shafts, 83 the 12nd bevel gears.

Specific embodiment

As shown in Figures 1 to 10, a kind of agriculture weeding plunger type grass handles extruder, includes a tractor, described to drag Machine drawing is equipped with power output shaft, is connected with a body 1 on the tractor, 1 four jiaos of the body is respectively equipped with the rolling of rotation Wheel 2.

The bottom of the body 1 is equipped with a weeding kerve 3, and the weeding idler wheel 4 of a rotation is equipped in the weeding kerve 3, A body 1 is connected on the tractor, so as to further export rotatory force using the power output shaft on tractor, It is equipped with a weeding kerve 3 in the bottom of the body 1, the weeding idler wheel 4 of a rotation is equipped in the weeding kerve 3, thus Can using weeding idler wheel 4 in the course of rotation can the grass further to field be purged.

The first transfer dish 6 of a rotation corresponding with the weeding idler wheel 4, the machine are additionally provided in the weeding kerve 3 It is additionally provided with the feed cavity 7 of a connection corresponding with the weeding kerve 3 in body 1, is equipped with one and described first in the feed cavity 7 Corresponding second transfer dish 8 of transfer dish 6, is additionally provided with one first transfer dish 6, in the weeding kerve 3 so as to utilize The rotation of first transfer dish 6 further conveys the grass that weeding idler wheel 4 is removed, and can further be transported to machine for careless In feed cavity 7 set by body 1, the second transfer dish 8 of a rotation is equipped in the feed cavity 7, so as to utilize described the Grass is further transported in crushing chamber 10 by two transfer dish 8.

It is additionally provided with the crushing chamber 10 of a connection corresponding with the feed cavity 7 in the body 1, is set in the crushing chamber 10 There is the crushing turntable 12 of a rotation, after capable of being further transported to grass in crushing chamber 10, can pass through and crush turntable 12 Rotation further to grass carry out pulverization process.

The first extrusion chamber 16 of a connection corresponding with the crushing chamber 10 is additionally provided in the body 1, described first squeezes The stripper plate 17 pushed in chamber 16 equipped with a hydraulic push rod 31 is pressed, the stripper plate 17 slides in first extrusion chamber 16, After grass capable of being carried out pulverization process, grass can be made further to be passed in the first extrusion chamber 16, in first extrusion chamber A hydraulic push rod 31 is equipped in 16, so as to further carry out back and forth to the stripper plate 17 using the hydraulic push rod 31 Promotion one and described the are equipped on the body 1 so as to carry out extruding repeatedly using 17 pairs of stripper plate grass The discharge gate 21 of the corresponding connection of one extrusion chamber 16, so as to be pressed into grass in discharge gate 21.

The first compression bar 18 of a sliding is additionally provided in the body 1, first compression bar 18 is squeezed described first It is slided in chamber 16, the second compression bar 35 of a sliding is additionally provided in the body 1, is connected with a top on second compression bar 35 Pressure head 23 further respectively has the first runner 37 and the second runner 38 of a rotation, first runner 37 and institute on the body 1 State the second runner 38 drives first compression bar 18 and second compression bar 35 to do straight reciprocating motion, the body respectively 1 bottom is additionally provided with the discharge gate 21 of a connection corresponding with first extrusion chamber 16, first compression bar 18 and the row Material mouth 21 is corresponding, the first compression bar 18 of a sliding is additionally provided in the body 1, and first compression bar 18 is in institute Sliding in the first extrusion chamber 16 is stated, the second compression bar 35 of a sliding is additionally provided in the body 1, in second compression bar A pressure end 23 is connected on 35, so as to can further drive institute during second compression bar 35 sliding The sliding of pressure end 23 is stated, so as to punch on the ground using the pressure end 23, is respectively equipped with one on the body 1 The first runner 37 and the second runner 38 of rotation, can be during first runner 37 and second runner 38 rotate Can simultaneously drive first compression bar 18 and second compression bar 35 do straight reciprocating motion, so as to described Second compression bar 35 drives the movement of the pressure end 23 during sliding, first compression bar 18 is in the discharge gate 21 Interior sliding, so as to which further grass can be discharged from discharge gate 21 during first compression bar 18 sliding, Further grass can be drained into the pressure end 23 punches, so as to make grass in the hole that ground is beaten further It is converted to organic substance, so as to the absorption for crops, traditional weeder is further avoided and removes grass on ground On cause covering to ground, can not be normal so as to avoid lead to seed after seeding process medium-height grass mixes with seed Germination, and grass can be further prevented to be converted to the volatilization after organic substance after grass can be made to be pressed into ground, into one Step improves the utility value of grass.

The main shaft 50 of a connection corresponding with the power output shaft, the main shaft 50 are additionally provided in the body 1 On be connected separately with a second bevel gear 49 and a third hand tap gear 51 and one the 4th bevel gear 52, the second bevel gear 49 First runner 37 and second runner 38 is driven to rotate, the 4th bevel gear 52 drives the weeding idler wheel 4 to rotate, A main shaft 50 is equipped in the body 1, so as to pass through power output shaft connection corresponding with the main shaft 50, So as to further drive the rotation of the main shaft 50, and can during the main shaft 50 rotates The synchronous rotation of the drive second bevel gear 49 and a third hand tap gear 51 and one the 4th bevel gear 52 simultaneously, so as to Enough synchronous rotations for further driving the weeding idler wheel 4 and first runner 37 and second runner 38.

As shown in Figure 1 and Figure 7,3 two sides of weeding kerve respectively include a second inner chamber being located in the body 1 54 and the 4th inner cavity 59, one has been respectively further comprised in the second inner chamber 54 and the 4th inner cavity 59 in the weeding kerve 3 5th shaft 60 of interior rotation and the 6th shaft 61, first transfer dish 6 are respectively provided at the described 5th with the weeding idler wheel 4 It include one to be connected to the 5th shaft 60 and described in shaft 60 and the 6th shaft 61, in the 4th inner cavity 59 Third sprocket wheel 62 and the 4th sprocket wheel 63 in six shafts 61, the third sprocket wheel 62 pass through one second chain with the 4th sprocket wheel 63 The corresponding connection of item 64 is respectively equipped with a second inner chamber 54 and the 4th inner cavity 59 in the two sides of the weeding kerve 3, removes described The 5th shaft 60 and the 6th shaft 61 of a rotation, and the 5th shaft 60 and the described 5th are respectively equipped in careless kerve 3 The both ends of shaft 60 rotate in the second inner chamber 54 and the 4th inner cavity 59 respectively, first transfer dish 6 with it is described Weeding idler wheel 4 is connected in the 5th shaft 60 and the 6th shaft 61, in the 5th shaft 60 and described the It is connected separately with a third sprocket wheel 62 and the 4th sprocket wheel 63 in six shafts 61, and passes through the corresponding company of second chain 64 It connects, so as to the rotation of drive the 5th shaft 60 during the 6th shaft 61 rotation simultaneously.

The other end of 5th shaft and 60 the 6th shafts 61 is connected separately with one the 5th sprocket wheel 70 and one the 5th Bevel gear 65 is additionally provided with the 7th shaft 67 of a rotation in the second inner chamber 54, and 67 both ends of the 7th shaft are separately connected There are one the 6th cone tooth 66 wheel and one the 7th bevel gear 68, the 6th bevel gear 66 engagement corresponding with the 5th bevel gear 65 Connection, the 7th bevel gear 68 engagement corresponding with the 4th bevel gear 52 connect, the 5th shaft 60 with it is described The other end of 6th shaft 61 is connected separately with one the 5th sprocket wheel 70 and the 5th bevel gear 65, is equipped in the second inner chamber 54 7th shaft 67 of one rotation can drive simultaneously turning for the 4th bevel gear 52 during the main shaft 50 rotates Dynamic, the 4th bevel gear 52 engagement connection corresponding with the 7th bevel gear 68 is described so as to further drive The rotation of 7th shaft 67 is also connected with one the 6th bevel gear 66 in one end of the 7th shaft 67, so as to utilize institute The engagement corresponding with the 5th bevel gear 65 of the 6th bevel gear 66 is stated, to further drive turning for the 6th shaft 61 It is dynamic.

It include the 9th shaft 77 of a rotation in the feed cavity 7, second transfer dish 8 is connected to described 9th turn On axis 77, one end of the 9th shaft 77 is connected with one the 9th bevel gear 76, and the other end of the 9th shaft 77 is described It is rotated in turn hole set by body 1, further includes thering is one to turn in the feed cavity 7 and the second inner chamber 54 in the body 1 The both ends of dynamic eight revolution axis 73, the eight revolution axis 73 are connected separately with one the 8th bevel gear 75 and one the 6th sprocket wheel 71, institute State the engagement connection corresponding with the 9th bevel gear 76 of the 8th bevel gear 75, the 6th sprocket wheel 71 and the 5th sprocket wheel 70 Between by the corresponding connection of a third chain 72, be equipped with the 9th shaft 77 of a rotation in the feed cavity 7, described second Transfer dish 8 is located in the 9th shaft 77, one the 9th bevel gear 76 is connected in one end of the 9th shaft 77, described One end of 5th shaft 60 is connected with one the 5th sprocket wheel 70, so as to can be into during the 5th shaft 60 rotation The rotation of drive the 5th sprocket wheel 70 of one step, is additionally provided with the eight revolution axis 73 of a rotation, and described in the body 1 The both ends of eight revolution axis 73 rotate in the second inner chamber 54 and the feed cavity 7 respectively, so as in the 5th chain The rotation of the 6th sprocket wheel 71 can be further driven during 70 rotation of wheel by the third chain 72, so as to The rotation for enough driving the eight revolution axis 73 is also connected with one the 8th bevel gear 75 in one end of the eight revolution axis 73, can It is connected using the 8th bevel gear 75 with the corresponding engagement of the 9th bevel gear 76, so as to drive described 9th turn The rotation of axis 77 can utilize the rotation of the transfer dish 8 so as to be further driven to the rotation of second transfer dish 8 Further grass be transported in crushing chamber 10.

As shown in Figure 1, a receiver 5 corresponding with first transfer dish 6 is also connected on the body 1, it is described The connection corresponding with the weeding idler wheel 4 of receiver 5, being covered on the receiver 5 has earth discharging hole 36, can roll in the weeding During 4 rotation of wheel grass is purged, can will be removed on weeding idler wheel 4 using the receiver 5 connected on body 1 Grass is caught, so as to further be conveyed using first transfer dish, 6 pairs of grass.

As illustrated in figures 1 and 8, the connecting cavity 9 of a connection corresponding with the feed cavity 7 is equipped in the body 1, it is described The connection corresponding with the crushing chamber 10 of connecting cavity 9 includes a motor being located in the body 1 in the crushing chamber 10 11, the motor 11 drives the crushing turntable 12 to rotate, and the crushing turntable 12 is equipped with corresponding with the connecting cavity 9 Disintegrating knife 74 is additionally provided with marker board 13 on the crushing turntable 12, can by connecting cavity 9 set in the body 1 into Grass in the feed cavity 7 is transported in the crushing chamber 10 by one step, and can be driven by the motor 11 described The high-speed rotation of turntable 12 is crushed, further grass can be carried out using Disintegrating knife 74 set on the crushing turntable 12 Cutting and grinding can be discharged the grass finished is crushed using marker board 13 set on turntable 12 is crushed, further be drained into institute It states in the first extrusion chamber 16, first compression bar 18 can be utilized to carry out to that can further facilitate after grass progress cutting and grinding Press.

As shown in figs. 1,2 and 6, one is additionally provided in the body 1 to roll with the corresponding connection of crushing chamber 10 Chamber 14, it is described to roll the connection corresponding with first extrusion chamber 16 of chamber 14, it is additionally provided with one in the body 1 and rolls chamber with described 14 corresponding third inner cavities 55, described roll includes that there are two the tenth shafts rotated in the third inner cavity 55 in chamber 14 78, it is connected separately with the connection gear 79 of a corresponding engagement in the tenth shaft 78, connects in the tenth shaft 78 It is connected to 1 the tenth bevel gear 80, the 11st shaft 82 of a rotation, the 11st shaft 82 are equipped in the third inner cavity 55 Both ends be connected separately with 1 the 11st bevel gear 81 and 1 the 12nd bevel gear 83, the 11st bevel gear 81 and described the The corresponding engagement connection of ten bevel gear 80, the 12nd bevel gear 83 engagement connection corresponding with the third hand tap gear 51, A rolling-compaction roller 15 is respectively arranged in tenth shaft 78, two corresponding connections of the rolling-compaction roller 15 are described to squeeze It is also connected with one on pressing plate 17 and rolls the corresponding baffle 32 of chamber 14 with described, one is equipped in the body 1 and rolls chamber 14, institute State crushing chamber 10 and roll the corresponding connection of chamber 14 with described, so as to using the crushing chamber 10 by grass meal it is broken after can be into one Step be passed to it is described roll in chamber 14, and it is described roll the connection corresponding with first extrusion chamber 16 of chamber 14, described It is additionally provided with a third inner cavity 55 in body 1, the tenth shaft 78 there are two corresponding rotation is set in the third inner cavity 55, The end of tenth shaft 78 is connected separately with a connection gear 79, so as to keep two connection gears 79 corresponding Make two corresponding rotations of the tenth shaft 78 after engagement connection, and is connected with one in the tenth shaft 78 Tenth bevel gear 80 is equipped with the 11st shaft 82 of a rotation in the third inner cavity 55, can be 50 turns in the main shaft The rotation of the third hand tap gear 51 is driven in dynamic process, simultaneously so as to utilize the third hand tap gear 51 and described the The corresponding engagement of 12 bevel gears 83 connects, so as to be further driven to the rotation of the 11st shaft 82, described One end of 11st shaft 82 is connected with 1 the 11st bevel gear 81, can pass through the 11st bevel gear 81 and the described tenth The corresponding engagement of bevel gear 80 connects so as to be further driven to the rotation of the tenth shaft 78, can be opposite by two The corresponding rotation that the connection gear 79 of connection can make two the tenth shafts 78 synchronous should be engaged, so as to utilize two 15 pairs of grass of rolling-compaction roller of a corresponding rotation roll, to make grass in the state rolled is crushed, so as to make grass The effect for walking around into organic substance can be further increased in underground, and a baffle 32 is connected on the stripper plate 17, So as to which the sliding of the baffle 32 can be further driven to during the stripper plate 17 sliding, the gear can be utilized Plate 32 blocks the chamber 14 that rolls, to prevent the grass after rolling from wandering to the rear of stripper plate 17, so as into The normal sliding of the stripper plate 17 is arrived in the guarantee of one step.

As shown in Figure 3 and Figure 5, it is additionally provided with a first inner chamber 44 in the body 1, also sets two and institute in the body 1 The corresponding pulley groove 42 of first inner chamber 44 is stated, one is respectively equipped in the body 1 in two pulley grooves 42 and institute The first rotating shaft 34 and the 4th shaft 43 rotated in first inner chamber 44 is stated, first runner 37 is distinguished with second runner 38 It is connected in the 4th shaft 43 and the first rotating shaft 34, the other end of the first rotating shaft 34 and the 4th shaft 43 It is connected separately with one first sprocket wheel 45 and one second sprocket wheel 46, passes through one between first sprocket wheel 45 and second sprocket wheel 46 The corresponding connection of first chain 47 is also connected with an engagement corresponding with the second bevel gear 49 in the first rotating shaft 34 and connects The first bevel gear 48 connect is additionally provided with a first inner chamber 44 in the body 1, set on the body 1 there are two with it is described The corresponding pulley groove 42 of first inner chamber 44, be additionally provided in the body 1 rotation first rotating shaft 34 and one the 4th turn Axis 43, and the both ends of the first rotating shaft 34 and the 4th shaft 43 turn described in the first inner chamber 44 and two respectively Rotation in groove 42 is taken turns, is connected separately with one first sprocket wheel 45 and one second in the first rotating shaft and the 4th shaft 43 Sprocket wheel 46, and first sprocket wheel 45 and second sprocket wheel 46 be by the corresponding connection of one first chain 47, it can be in institute The rotation for stating during main shaft 50 rotates while driving the second bevel gear 49, can utilize the second bevel gear 49 The rotation of the first rotating shaft 34 can be further driven to after engagement connection corresponding with the first bevel gear 48, so as to The synchronous rotation of first runner 37 and second runner 38 is driven simultaneously.

One second shaft 39, second shaft 39 are connected separately on first runner 37 and second runner 38 On be respectively equipped with the connecting rod 40 of a rotation, be respectively equipped with a third shaft on the first compression bar 18 and second compression bar 35 41, two connecting rods 40 rotate in the third shaft 41 respectively, in first runner 37 and second runner One second shaft 39 is respectively equipped on 38, it can during first runner 37 is rotated with second runner 38 The rotation of second shaft 39 is driven, simultaneously so as to further drive the connecting rod 40 in second shaft 39 On rotation, the connecting rod 40 can be made as first runner 37 and second runner 38 move in a circle, It is respectively equipped with a third shaft 41 on first compression bar 18 and second compression bar 35, so as to utilize the connection Rotation of the bar 40 in the third shaft 41, so as to further drive first compression bar 18 and second top Compression bar 35 does straight reciprocating motion.

As shown in figure 3, be equipped with a body turn hole 53 in the body 1, the body turn hole 53 respectively with described first in Chamber 44 and the second inner chamber 54 and connection corresponding with the third inner cavity 55, the main shaft 50 is in the body turn hole Rotation, can be arranged a body turn hole 53 in the body 1 in 53, so as to turn the main shaft 50 in the body Rotation in hole 53, to be supported using the body turn hole 53 to the main shaft 50, and in the body turn hole 53 It is interior to be equipped with rolling bearing, to be further ensured that the normal rotation of the main shaft 50.

As shown in Figure 2 and Figure 5, second that a connection corresponding with first extrusion chamber 16 is equipped in the body 1 is sliding Hole 30, first compression bar 18 slide in second slide opening 30, and a third slide opening 33, institute are additionally provided in the body 1 It states the second compression bar 35 to slide in the third slide opening 33, one and 16 phase of the first extrusion chamber is additionally provided in the body 1 Second extrusion chamber 19 of corresponding connection, second extrusion chamber 19 connection corresponding with the discharge gate 21, first press Bar 18 slides in the discharge gate 21, further includes having one to be connected on first compression bar 18 in first extrusion chamber 16 Squeezing rod 20, the squeezing rod 20 slides in second extrusion chamber 19, and one and described the are equipped in the squeezing rod 20 Corresponding first slide opening 29 of one compression bar 18, first compression bar 18 slide in first slide opening 29, the extruding It is additionally provided with the squeezing rod inner cavity 26 of a connection corresponding with first slide opening 29 in column 20, is connected on first compression bar 18 There is a connecting shaft 27 slided in the squeezing rod inner cavity 26, is equipped with one in the squeezing rod inner cavity 26 and suppresses the connecting shaft 27 spring 28, the body 1 are equipped with the first groove 24 of a connection corresponding with the third slide opening 33, the pressure end 23 slide in first groove 24, and one second slide opening 30, and second slide opening 30 and institute are equipped in the body 1 The corresponding connection of the first extrusion chamber 16 is stated, first compression bar 18 slides in second slide opening 30, in the body 1 It is additionally provided with a third slide opening 33, second compression bar 35 slides in the third slide opening 33, is additionally provided in the body 1 One second extrusion chamber 19, second extrusion chamber 19 connection corresponding with first extrusion chamber 16, and the discharge gate 21 Connection corresponding with second extrusion chamber 19, first compression bar 18 can pass through second extrusion chamber 19 in the row Sliding, is also connected with a squeezing rod 20, and the squeezing rod 20 can be in institute on first compression bar 18 in material mouth 21 Sliding in the second extrusion chamber 19 is stated, is equipped with one first slide opening 29 on the squeezing rod 20, first compression bar 18 can be Sliding in first slide opening 29, is equipped with the squeezing rod of a connection corresponding with first slide opening 29 in the squeezing rod 20 Inner cavity 26, and it is connected with a connecting shaft 27 on the first press column 18, so as to utilize spring 28 to the connecting shaft 27 are suppressed, and can be further expressed to grass during being squeezed using 17 pairs of grass of the stripper plate In the second press chamber 19, the squeezing rod 20 can be driven simultaneously during first compression bar 18 slides Sliding, so as to using the squeezing rod 20 it is described second press chamber 19 in slide during can will grass further Be expressed in the discharge gate 21, can be during first compression bar 18 continues sliding, can be in the spring Under 28 elastic force pressure, it can make first compression bar 18 that grass is discharged out of described discharge gate 21, be equipped on the body 1 One first groove 24, so as to which the pressure end 23 can be further driven to during second compression bar 35 sliding Sliding, so as to be punched on the ground using the pressure end 23.

As shown in figure 4, being equipped with the 4th slide opening 58 of a connection corresponding with the pulley groove 42, institute in the body 1 It states and is also connected with one first compression bar 56 on the first compression bar 18, one second compression bar is connected on first compression bar 56 57, second compression bar 57 slides in the 4th slide opening 58, and it is opposite with the discharge gate 21 that one is additionally provided on the body 1 The second groove 25 answered, second groove 25 setting annular in shape, the interior guide pipe for being equipped with a sliding of the second groove 25 22, the guide pipe 22 connection corresponding with second compression bar 57, the guide pipe 22 is corresponding with the pressure end 23, One the 4th slide opening 58, the 4th slide opening 58 connection corresponding with the pulley groove 42, described are additionally provided in the body 1 It is connected with one first compression bar 56 on first compression bar 18, one second compression bar 57 is also connected on first compression bar 56, it is described Second compression bar 57 can slide in the 4th slide opening 58, one second groove 25 is equipped on the body 1, described second is recessed The setting annular in shape of slot 25, and second groove 25 is corresponding with the discharge gate 21, sets in second groove 25 Have the guide pipe 22 of a sliding, and the guide pipe 22 is corresponding with the discharge gate 21, second compression bar 57 with it is described Guide pipe 22 is corresponding, so as to first compression bar 18 sliding during can by second compression bar 57 into One step drives the sliding of the guide pipe 22, and the grass so as to which discharge gate 21 is discharged using the guide pipe 22 is led To so as to be passed to grass smoothly in the hole that the pressure end 23 is beaten.

As shown in Figure 9 and Figure 10, the weeding idler wheel 4 is equipped with the weeding cutterhead 69 being serrated, first conveying It is respectively equipped with a conveying blade helically on disk 6 and second transfer dish 8, can be arranged on the weeding idler wheel 4 and remove Careless cutterhead 69 can be into using the conveying blade that is arranged in the shape of a spiral so as to further facilitate the removing to grass Smooth delivery of power of the guarantee of one step to grass.

Embodiment provided above is better embodiment of the invention, only is used to facilitate to illustrate the present invention, not to this hair It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the proposed skill of the present invention In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and Without departing from technical feature content of the invention, in the range of still falling within the technology of the present invention feature.

Claims

It include a tractor 1. a kind of agricultural weeding plunger type grass handles extruder, the tractor is equipped with power output Axis is connected with a body on the tractor, and the body quadrangle is respectively equipped with the idler wheel of rotation, it is characterised in that: the machine The bottom of body is equipped with a weeding kerve, and the weeding idler wheel of a rotation is equipped in the weeding kerve；

It is additionally provided with the first transfer dish of a rotation corresponding with the weeding idler wheel in the weeding kerve, is also set in the body There is the feed cavity of a connection corresponding with the weeding kerve, it is corresponding with first transfer dish to be equipped with one in the feed cavity The second transfer dish；

It is additionally provided with the crushing chamber of a connection corresponding with the feed cavity in the body, a rotation is equipped in the crushing chamber Crush turntable；

It is additionally provided with the first extrusion chamber of a connection corresponding with the crushing chamber in the body, is equipped in first extrusion chamber The stripper plate that one hydraulic push rod pushes, the stripper plate slide in first extrusion chamber；

The first compression bar of a sliding is additionally provided in the body, first compression bar slides in first extrusion chamber, It is additionally provided with the second compression bar of a sliding in the body, is connected with a pressure end on second compression bar, on the body Further respectively have the first runner and the second runner of a rotation, first runner and second runner drive described the respectively One compression bar and second compression bar do straight reciprocating motion, and the organism bottom is additionally provided with one and the first extrusion chamber phase The discharge gate of corresponding connection, first compression bar are corresponding with the discharge gate；

It is additionally provided with the main shaft of a connection corresponding with the power output shaft in the body, is separately connected on the main shaft Have a second bevel gear and a third hand tap gear and one the 4th bevel gear, the second bevel gear drive first runner and The second runner rotation, the 4th bevel gear drive the weeding idler wheel rotation.
2. a kind of agriculture weeding plunger type grass handles extruder according to claim 1, it is characterised in that: the weeding kerve Two sides have respectively included one and have been located at the intracorporal second inner chamber of the machine and the 4th inner cavity, have respectively further comprised in the weeding kerve One in the second inner chamber and the described 4th intracavitary rotation the 5th shaft and the 6th shaft, first transfer dish with it is described Weeding idler wheel is respectively provided in the 5th shaft and the 6th shaft, in the described 4th it is intracavitary include one be connected to it is described Third sprocket wheel and the 4th sprocket wheel in 5th shaft and the 6th shaft, the third sprocket wheel and the 4th sprocket wheel pass through one The corresponding connection of second chain；

The other end of 5th shaft and the 6th shaft is connected separately with one the 5th sprocket wheel and one the 5th bevel gear, described The 7th shaft of a rotation is additionally provided in second inner chamber, the 7th both ends of the shaft is connected separately with one the 6th bevel gear and one Seven bevel gears, the 6th bevel gear engagement connection corresponding with the 5th bevel gear, the 7th bevel gear and described the The corresponding engagement connection of four bevel gears；

It include the 9th shaft of a rotation in the feed cavity, second transfer dish is connected in the 9th shaft, institute The one end for stating the 9th shaft is connected with one the 9th bevel gear, and the other end of the 9th shaft is in the turn hole set by the body It rotates, further includes having an eight revolution axis rotated in the feed cavity and the second inner chamber in the body, the described 8th The both ends of shaft are connected separately with one the 8th bevel gear and one the 6th sprocket wheel, the 8th bevel gear and the 9th bevel gear phase It is engaged connection, passes through the corresponding connection of a third chain between the 6th sprocket wheel and the 5th sprocket wheel.
3. a kind of agriculture weeding plunger type grass handles extruder according to claim 2, it is characterised in that: on the body also It is connected with a receiver corresponding with first transfer dish, receiver connection corresponding with the weeding idler wheel, institute It states to be covered on receiver and has earth discharging hole.
4. a kind of agriculture weeding plunger type grass handles extruder according to claim 1, it is characterised in that: set in the body There are the connecting cavity of a connection corresponding with the feed cavity, connecting cavity connection corresponding with the crushing chamber, the crushing Intracavitary includes one to be located at the intracorporal motor of the machine, crushing turntable rotation described in the motor driven, on the crushing turntable Equipped with Disintegrating knife corresponding with the connecting cavity, marker board is additionally provided on the crushing turntable.
5. a kind of agriculture weeding plunger type grass handles extruder according to claim 1, it is characterised in that: in the body also The chamber that rolls equipped with a connection corresponding with the crushing chamber, it is described to roll chamber connection corresponding with first extrusion chamber, institute It states and is additionally provided with one in body and rolls the corresponding third inner cavity of chamber with described, described roll intracavitary includes that there are two in the third Tenth shaft of interior intracavitary rotation is connected separately with the connection gear of a corresponding engagement in the tenth shaft, described in one It is connected with 1 the tenth bevel gear in tenth shaft, intracavitary the 11st shaft for being equipped with a rotation in the third, the described 11st The both ends of shaft are connected separately with 1 the 11st bevel gear and 1 the 12nd bevel gear, the 11st bevel gear and the described tenth The corresponding engagement connection of bevel gear, the 12nd bevel gear engagement connection corresponding with the third hand tap gear, the described tenth It is respectively arranged with a rolling-compaction roller in shaft, two rolling-compaction roller corresponding connections are also connected on the stripper plate One rolls the corresponding baffle of chamber with described.
6. a kind of agriculture weeding plunger type grass handles extruder according to claim 1, it is characterised in that: in the body also Two pulley grooves corresponding with the first inner chamber are also set equipped with a first inner chamber, in the body, are divided in the body Not She You the first rotating shaft and the 4th shaft that rotated in two pulley grooves and the first inner chamber, described first turn Wheel is connected in the 4th shaft and the first rotating shaft with second runner, the first rotating shaft and the described 4th The other end of shaft is connected separately with one first sprocket wheel and one second sprocket wheel, leads between first sprocket wheel and second sprocket wheel The one first corresponding connection of chain is crossed, an engagement connection corresponding with the second bevel gear is also connected in the first rotating shaft First bevel gear；

It is connected separately with one second shaft on first runner and second runner, is respectively equipped with one in second shaft A third shaft, two connecting rods point are respectively equipped on the connecting rod of rotation, the first compression bar and second compression bar It is not rotated in the third shaft；

It is equipped with the 4th slide opening of a connection corresponding with the pulley groove in the body, is also connected on first compression bar There is one first compression bar, one second compression bar is connected on first compression bar, second compression bar is sliding the described 4th It is slided in hole, is additionally provided with second groove corresponding with the discharge gate on the body, second groove is annular in shape Setting, the interior guide pipe for being equipped with a sliding of second groove, guide pipe connection corresponding with second compression bar are described Guide pipe is corresponding with the pressure end.
7. a kind of agriculture weeding plunger type grass handles extruder according to claim 1, it is characterised in that: set in the body There is the second slide opening of a connection corresponding with first extrusion chamber, first compression bar slides in second slide opening, A third slide opening is additionally provided in the body, second compression bar is slided in the third slide opening, also set in the body There are the second extrusion chamber of a connection corresponding with first extrusion chamber, the second extrusion chamber company corresponding with the discharge gate Logical, first compression bar slides in the discharge gate, further includes having one to be connected to described first in first extrusion chamber Squeezing rod on compression bar, the squeezing rod slide in second extrusion chamber, and one and described the are equipped in the squeezing rod Corresponding first slide opening of one compression bar, first compression bar are slided in first slide opening, are also set in the squeezing rod There is the squeezing rod inner cavity of a connection corresponding with first slide opening, is connected with one in the squeezing rod on first compression bar The connecting shaft of interior intracavitary sliding, intracavitary in the squeezing rod to be equipped with a spring for suppressing the connecting shaft, the body is equipped with First groove of one connection corresponding with the third slide opening, the pressure end are slided in first groove.
8. a kind of agriculture weeding plunger type grass handles extruder according to claim 1, it is characterised in that: the weeding idler wheel It is equipped with the weeding cutterhead that is serrated, helically defeated is respectively equipped on first transfer dish and second transfer dish Send blade.