CN208574702U - Rice field seedling slurry machine - Google Patents

Abstract

Rice field seedling slurry machine, upper rack side is provided with vibration screening device, the upper rack other side is provided with mud stirring conveying device, and slurry collecting case is arranged in the rack below vibration screening device, and the discharge end of vibration screening device is arranged in impurity collecting box；Feed hopper is arranged above mud stirring conveying device, mud stirring conveying device side is provided with gear case lid, water pump and variable speed drive are arranged in the rack below gear baffle, water pump inlet is connect with water tank, and water pump water outlet end is connect with the level-one sparge pipe being arranged on mud stirring conveying device；Little particle is squeezed by rotating backward shred by soil block in the double hack conveying main spindles of mud stirring conveying device setting, little particle is mixed into mud with water in conveyor screw driving, mud flows into after transverse groove body and vibration sieve nest or more are shaken and realizes screening, screening effect is significant, labor intensity is effectively reduced, improves productivity.

Description

Rice field seedling slurry machine

Technical field

The utility model relates to agricultural machinery technological field more particularly to a kind of rice field seedling slurry machines.

Background technique

China is the country that rice yield is most in the world, and rice is the staple food crop in China.China's Rice Cropping There are direct sowing of rice, transplanting two ways, wherein transplanting is main planting patterns, in transplanting method, most important link is to educate Seedling.In China there are mainly two types of mechanization seedling raising method, first is that industrial sprout cultivation, second is that field seedling raising, wherein field seedling raising is South China is mainly by the way of.

Field seedling raising technology includes the fields segmentation operations such as balance, mud laying, precise sowing, pressure kind, balance and pressure kind Process is simple, and labor intensity is lower, not high to mechanization demand；For precise sowing field precise seeding machine tool there are many side Formula, development is very fast, and mud laying is the preposition process of rice field seedling planting, mainly uses hand lay-up at present, no Only large labor intensity, productivity are low, and overburden is more, when in order to avoid the occurrence of rice transplanting transplanting as far as possible seedling claw it is stuck and The case where damage, the R&D institution of studies in China slurry transportation equipment and personnel's research emphasis are ground to the part for playing slurry equipment Study carefully, has been not directed to the whole Journal of Sex Research of slurry, screening, removal of impurities, discharging.It is disclosed at present to the more whole Research Literature of slurry only For Agricultural University Of South China Guo Hongjiang, " research that a kind of rice field seedling mud is laid with testing stand " of Ma Xu, this article is only right Obtained mud is laid with and is cleaned, and the research of this section process of the mud from field to equipment is not directed to.Generally, domestic Although having certain research to this aspect, and certain breakthrough is achieved, research is not deep enough, and range is not wide enough.

Utility model content

The technical issues of the utility model is solved is to provide a kind of rice field seedling slurry machine, to solve above-mentioned back Disadvantage in scape technology.

The technical problem solved by the utility model is implemented by the following technical solutions:

Rice field seedling slurry machine, including rack, vibration screening device, level-one sparge pipe, mud stirring conveying device, Feed hopper, gear case lid, gear baffle, rack baffle, water pump, variable speed drive, water tank, slurry collecting case And impurity collecting box, wherein upper rack side is provided with vibration screening device, and the upper rack other side is provided with mud stirring Conveying device, slurry collecting case are arranged in the rack below vibration screening device, and impurity collecting box is arranged in vibration screening The discharge end set；Feed hopper is arranged above mud stirring conveying device, and mud stirring conveying device side is provided with speed change biography Dynamic case lid, below mud stirring conveying device, water pump and variable speed drive are arranged in speed change biography gear baffle plate setting In rack below dynamic baffle, water pump inlet is connect with water tank, and water pump water outlet end and setting are in mud stirring conveying device On level-one sparge pipe connection；Each section specific structure is as follows:

In rack, the first vertical bar of rack, the 5th vertical bar of rack, the 4th vertical bar of rack are in composition first in same level Plane, the 6th vertical bar of rack, the second vertical bar of rack, rack third vertical bar, which are in same level, forms the second plane, and first Plane is parallel with the second plane, and this six roots of sensation bar is stood in same level；The first vertical bar of rack and the 6th vertical bar of rack form Third plane it is vertical with the second plane；The second vertical pole of rack both ends bottom with the first vertical bar of rack, the 6th vertical bar of rack respectively End connection, the 6th vertical pole both ends of rack are connect with the bottom end of the second vertical bar of rack, the 5th vertical bar of rack respectively, the 7th vertical pole of rack Both ends are connect with the bottom end of rack third vertical bar, the 4th vertical bar of rack respectively, the 9th vertical pole both ends of rack respectively with rack the 4th The upper end connection of vertical bar, rack third vertical bar, rack the 8th vertical pole both ends respectively with the 4th vertical bar of rack, rack third vertical bar Middle part connection, the tenth vertical pole both ends of rack are connect with the middle part of the 5th vertical bar of rack, the second vertical bar of rack respectively, and rack first is vertical Bar both ends are connect with the middle part of the first vertical bar of rack, the 6th vertical bar of rack respectively；Rack third cross bar both ends respectively with rack Two vertical bars, the 6th vertical bar of rack bottom end connection, rack second crossbar both ends respectively with the first vertical bar of rack, the 5th vertical bar of rack Bottom end connection, the 4th cross bar both ends of rack connect with the bottom end of the 4th vertical bar of rack, the 5th vertical bar of rack respectively, rack the 5th Cross bar both ends are connect with the bottom end of the second vertical bar of rack, rack third vertical bar respectively, the 7th cross bar both ends of rack respectively with rack The upper end connection of third vertical bar, the second vertical bar of rack, the 9th cross bar both ends of rack are perpendicular with the 5th vertical bar of rack, rack the 4th respectively The upper end of bar connects, and the 6th cross bar both ends of rack are connect with the middle part of rack third vertical bar, the second vertical bar of rack respectively, rack the Eight cross bar both ends are connect with the middle part of the 4th vertical bar of rack, the 5th vertical bar of rack respectively, rack first crossbar both ends respectively with machine The middle part connection of the 6th vertical bar of frame, the second vertical bar of rack, the 11st cross bar both ends of rack respectively with the 5th vertical bar of rack, rack the The middle part of one vertical bar connects, and the 9th vertical pole of rack, the 7th cross bar of rack, the 9th cross bar of rack, which be in same level, forms the Four planes, the 6th cross bar of rack, the 8th vertical pole of rack, the 8th cross bar of rack, which are in same level, forms the 5th plane, machine The 13rd vertical pole of frame, rack third vertical pole, the 4th vertical pole of rack, the setting of the 5th vertical pole of rack are in rack second crossbar and rack the Between three cross bars, and rack second crossbar, the second vertical pole of rack, rack third cross bar, rack third vertical pole, rack the 4th are vertical Bar, the 5th vertical pole of rack, the 6th vertical pole of rack, the 4th cross bar of rack, the 5th cross bar of rack, the 7th vertical pole of rack, rack the tenth Three vertical poles, which are in same level, forms the 6th plane, is arranged between the 11st cross bar of rack and rack first crossbar organic The 12nd vertical pole of frame and the 11st vertical pole of rack, the setting of the tenth cross bar of rack the 11st vertical pole of rack and the tenth vertical pole of rack it Between；Rack second crossbar is vertical with the second vertical pole of rack, and rack third cross bar is vertical with the second vertical pole of rack, the 5th cross bar of rack Vertical with the 7th vertical pole of rack, the 4th cross bar of rack is vertical with the 7th vertical pole of rack, rack third cross bar and the 5th cross bar of rack On same straight line, rack second crossbar and the 4th cross bar of rack are on same straight line；

In mud stirring conveying device, stirring drive end bearing bracket about front end main body itself bilateral symmetry, front end right connection board with Front end left connection board is about front end main body bilateral symmetry；Rear end cap is stirred about back end main body itself bilateral symmetry, the right company in rear end Fishplate bar and rear end left connection board are about back end main body bilateral symmetry；It stirs second curb girder one end and is vertically set on rear end left connection board On, the second curb girder other end of stirring is provided with the second end plate of stirring, and first curb girder one end of stirring is vertically set on the right connection in rear end On plate, the first curb girder other end of stirring is provided with stirring first end plate, and stirring drive end bearing bracket one end and stirring the second end plate fastening connect It connects, the stirring drive end bearing bracket other end is fastenedly connected with stirring first end plate, and stirring 3rd bearing seat is mounted on stirring rear end cap outer end Side, stirring fourth bearing seat are mounted on the stirring rear end cap outer end other side, and stirring second bearing seat is mounted on stirring drive end bearing bracket Outer end side, stirring first bearing seat are mounted on the stirring drive end bearing bracket outer end other side, are used to form the stirring second of crushed zone Axis crushes end and is mounted in stirring second bearing seat, and stirring the second axis spiral end for being used to form screw propulsion region, which is mounted on, to be stirred It mixes in fourth bearing seat, the stirring first axle for being used to form crushed zone crushes end and is mounted in stirring first bearing seat, is used for The stirring first axle spiral end for forming screw propulsion region is mounted in stirring 3rd bearing seat, and stirring upper cover setting is in stirring the It is provided with stirring lower cover below the top of the second axis of one axis and stirring, stirring first axle and the second axis of stirring, and in helical region Stirring discharging guide plate is provided with below the discharge end of domain；It is identical as the second axle construction of stirring to stir first axle, the second axis of stirring includes The hack bar for being crushed and the conveyor screw for carrying out screw propulsion being mounted on hack conveying main spindle；

In variable speed drive, speed change 5th bearing seat is arranged on the 11st cross bar of rack, and speed change 3rd bearing seat is set It sets on the tenth cross bar of rack, speed change fourth bearing seat is arranged on the 11st vertical pole of rack, speed change first bearing seat and speed change Second bearing seat is separately positioned on the first vertical pole of rack, and second axis one end, speed change first are being stirred in the setting of the second sprocket wheel of speed change Sprocket wheel setting is arranged on speed change 5th bearing seat in stirring first axle one end, speed change third transmission shaft one end, and speed change third passes The moving axis other end is arranged on speed change 3rd bearing seat, and the setting of the 5th sprocket wheel of speed change is in speed change third transmission shaft one end, speed change the Two bevel gears are arranged in the middle part of speed change third transmission shaft；Speed change second driving shaft one end is arranged on speed change fourth bearing seat, becomes The fast second driving shaft other end is arranged in speed change first bearing seat, is arranged in the middle part of the first transmission shaft of speed change in speed change second bearing On seat, for the setting of speed change first gear in the first transmission shaft of speed change one end, the setting of the 4th sprocket wheel of speed change is another in the first transmission shaft of speed change One end, the setting of speed change first bevel gear are arranged in speed change second driving shaft one end, speed change third sprocket wheel in speed change second driving shaft The other end, and speed change first bevel gear and speed change second bevel gear engaged transmission, the setting of speed change second gear are passed in speed change second In the middle part of moving axis, and speed change first gear and speed change second gear engaged transmission, the second sprocket wheel of speed change pass through with speed change third sprocket wheel The connection transmission of the second chain of speed change, the first sprocket wheel of speed change connect transmission, motor by the first chain of speed change with the 4th sprocket wheel of speed change It is connect by speed change third chain with the 5th sprocket wheel of speed change；

In vibration screening device, the 5th support base of vibration, vibration four-supporting, the 6th support base of vibration are arranged in rack On tenth cross bar, vibration third support base, the second support base of vibration are arranged on the 8th cross bar of rack, and the first support base of vibration is set It sets on the 8th vertical pole of rack, for the setting of first transmission shaft one end of vibration on vibration third support base, the first transmission shaft of vibration is another On vibrating the second support base, first transmission shaft one end of vibration is provided with the first sprocket wheel of vibration, the first transmission of vibration for one end setting The axis other end is provided with vibration eccentric rod, and vibration second driving shaft one end is provided with vibration bevel gear, and vibration second driving shaft is another One end is provided with vibration sun gear, vibration bevel gear and speed change second bevel gear engaged transmission, and vibration planetary gear is along the vibration sun Wheel is circumferential uniformly distributed and limits mutual alignment by vibration planetary carrier, and vibration planetary gear periphery is provided with vibration gear ring, shakes The straight-tooth circle for being provided with and engaging with vibration planetary gear is enclosed in movable tooth circle, vibration gear ring periphery is provided with and vibration worm screw control mechanism The worm gear gear ring of worm screw engagement, vibration worm screw control mechanism are arranged on the 11st cross bar of rack, vibrate third transmission shaft one end On vibration four-supporting, vibration third transmission shaft other end setting vibrates the second chain on vibrating the 6th support base for setting Wheel setting vibration third transmission shaft in the middle part of, and vibrate the second sprocket wheel be located at vibration four-supporting and vibration the 6th support base it Between, vibration third transmission shaft one end is connect with vibration planetary carrier, and it is eccentric that the vibration third transmission shaft other end is provided with vibration Disk, vibrating eccentric setting on eccentric disc has the second eccentric pin shaft of vibration, and second eccentric pin shaft one end of vibration is provided with vibration and erects It to sphere, vibrates vertical groove body and is arranged in the middle part of one end of vibration sieve nest, vibrate vertical sphere and vibrate vertical groove body cooperation company It connects, vibrates and be driven between the second sprocket wheel of the first sprocket wheel and vibration by vibration chain connection；Vibrating screen is evenly equipped on vibration sieve nest Vibration globe hinge support seat is respectively arranged in the middle part of hole, the 8th cross bar of rack and the 6th cross bar of rack, and in the correspondence of vibration sieve nest Position is provided with vibrating screen ball hinge, and vibrating screen ball hinge connect branch by vibrating screen flexural pivot connecting rod with vibration globe hinge support seat Support is provided with the lateral groove body of vibration below vibration sieve nest discharge end, vibrates rotatable with the first support base of vibration in the middle part of rocking bar Connection, vibration rocking bar one end are flexibly connected by vibrating the second pin shaft with vibration rod one end, and the vibration rod other end passes through the One eccentric pin shaft is flexibly connected with vibration eccentric rod, and the vibration rocking bar other end is connect with vibration transverse bar one end flexural pivot, and vibration is horizontal It is fixedly connected to the bar other end with lateral cylinder is vibrated, vibrates lateral cylinder and be cooperatively connected with lateral groove body is vibrated.

In the present invention, organic frame baffle is set below gear baffle.

In the present invention, bottom of the frame is equipped with land wheel.

In the present invention, water pump inlet is connect by water inlet pipe with water tank, and water pump water outlet end passes through water pumping pipe It is connect with level-one sparge pipe, level-one sparge pipe is connect by flow pipe with second level sparge pipe.

In the present invention, water spray channel is offered in stirring on lid, level-one sparge pipe is mounted on second level sparge pipe It sprays water on channel.

In the present invention, stirring drive end bearing bracket one end is fastenedly connected by front end right connection board and the second end plate of stirring, The stirring drive end bearing bracket other end is fastenedly connected by front end left connection board and stirring first end plate.

In the present invention, mud stirring conveying device is erected at the first vertical bar of rack, the second vertical bar of rack, rack On the bracket that five vertical bars, the 6th vertical bar of rack form.

In the present invention, hack bar is circumferentially uniformly arranged along hack conveying main spindle one end, and conveyor screw is defeated along hack Send the main shaft other end axially uniformly distributed.

In the present invention, variable speed drive setting is on the 4th vertical pole of rack and the 5th vertical pole of rack.

In the present invention, vibration sieve nest discharge end is provided with sieve nest deflector.

In the present invention, the second axis of stirring and the setting angle of stirring first axle are horizontal by 5 ° of angles, and stir It mixes both the second axis and stirring first axle parallel, horizontal to install and be at work in rotate backward, utilizes the second axis of stirring and stirring First axle is to the intense impact of soil block and rotates backward extruding and carries out hack.

In the present invention, it is provided with humidity sensor in mud stirring conveying device, accurately to control the course of work In inflow, guarantee mud moisture content 50% or so.

In the present invention, conveyor screw is made of multi-slice spiral blade, and helical blade is spiral shape space curved surface, around Axis makes rotating motion and moves along a straight line.

The utility model has the advantages that the double hack conveying main spindles of the utility model setting, which rotate backward shred by soil block, is squeezed into small Grain, little particle are mixed into mud in conveyor screw driving and water, and mud flows into vibrating screen body, by vibrating lateral groove body and vibration Dynamic sieve nest realizes mud screening after shaking up and down, the mud that partial size is less than vibration sieve pore is fallen into slurry collecting case, and stays in vibration Impurity etc. on dynamic sieve nest, falls into impurity collecting box, and then prevents impurity from entering rice transplanter damage seedling claw, and screening effect is aobvious It writes, labor intensity is effectively reduced, improve productivity；It is provided with humidity sensor in mud stirring conveying device simultaneously, with essence The really inflow in the control course of work, guarantees mud moisture content, provides safeguard for seedling.

Detailed description of the invention

Fig. 1 is the shaft side figure of the preferred embodiment of the utility model.

Fig. 2 is the cross-sectional view of the preferred embodiment of the utility model.

Fig. 3 is the rack construction schematic diagram in the preferred embodiment of the utility model.

Fig. 4 is the mud stirring conveying device outside shaft side figure in the preferred embodiment of the utility model.

Fig. 5 is the mud stirring conveying device inside shaft side figure in the preferred embodiment of the utility model.

Fig. 6 is the mud stirring conveying device front view in the preferred embodiment of the utility model.

Fig. 7 is the stirring drive end bearing bracket structural schematic diagram in the preferred embodiment of the utility model.

Fig. 8 is the stirring rear end cover structure schematic diagram in the preferred embodiment of the utility model.

Fig. 9 is the hack conveying main spindle structural schematic diagram in the preferred embodiment of the utility model.

Figure 10 is the vibration screening device top view in the preferred embodiment of the utility model.

Figure 11 is the vibration screening device right view in the preferred embodiment of the utility model.

Specific embodiment

In order to be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, under Face combines and is specifically illustrating, and the utility model is further described.

Referring to the rice field seedling slurry machine of Fig. 1~Figure 11, including rack 1, vibration screening device 2, water pumping pipe 3, one Grade sparge pipe 4, flow pipe 5, mud stirring conveying device 6, second level sparge pipe 7, feed hopper 8, gear case lid 9, speed change pass Dynamic baffle 10, rack baffle 11, land wheel 12, water pump 13, variable speed drive 14, water tank 15, water inlet pipe 16, slurry collecting case 17 and impurity collecting box 18, wherein vibration screening device 2 is arranged in 1 top side of rack, and the 1 top other side of rack is provided with Mud stirring conveying device 6, slurry collecting case 17 are arranged in the rack 1 below vibration screening device 2, and impurity collecting box 18 is set Set the discharge end in vibration screening device 2；Feed hopper 8 is arranged above mud stirring conveying device 6, mud stirring conveying device 6 sides are provided with gear case lid 9, and gear baffle 10 is arranged below mud stirring conveying device 6, rack baffle 11 It is arranged below gear baffle 10, the rack below gear baffle 10 is arranged in water pump 13 and variable speed drive 14 On 1, land wheel 12 is mounted on 1 bottom of rack, and 13 water inlet end of water pump is extended in water tank 15 by water inlet pipe 16, and water pump 13 is discharged End is connect by water pumping pipe 3 with level-one sparge pipe 4, and level-one sparge pipe 4 is connect by flow pipe 5 with second level sparge pipe 7；Each section Specific structure is as follows:

Rack 1 includes the first vertical bar of rack 1-1, the first vertical pole of rack 1-2, rack first crossbar 1-3, rack second crossbar 1-4, the second vertical pole of rack 1-5, rack third cross bar 1-6, rack third vertical pole 1-7, the 4th vertical pole 1-8 of rack, rack the 5th Vertical pole 1-9, the 6th vertical pole 1-10 of rack, the second vertical bar of rack 1-11, framework soleplate 1-12, the 4th cross bar 1-13 of rack, rack 5th cross bar 1-14, the 7th vertical pole 1-15 of rack, the 6th cross bar 1-16 of rack, rack third vertical bar 1-17, the 8th vertical pole of rack 1-18, the 9th vertical pole 1-19 of rack, the 4th vertical bar 1-20 of rack, the 7th cross bar 1-21 of rack, the 8th cross bar 1-22 of rack, rack 9th cross bar 1-23, the 5th vertical bar 1-24 of rack, the tenth vertical pole 1-25 of rack, the tenth cross bar 1-26 of rack, rack the 11st are vertical Bar 1-27, the 6th vertical bar 1-28 of rack, the 11st cross bar 1-29 of rack, the 12nd vertical pole 1-30 of rack and the 13rd vertical pole of rack 1-31, the first vertical bar of rack 1-1, the 5th vertical bar 1-24 of rack, the 4th vertical bar 1-20 of rack are in same level composition the One plane, the 6th vertical bar 1-28 of rack, the second vertical bar of rack 1-11, rack third vertical bar 1-17 are in composition in same level Second plane, the first plane is parallel with the second plane, and six stand in same level, rack the first vertical bar 1-1 and rack The third plane of 6th vertical bar 1-28 composition is vertical with the second plane；The both ends rack the second vertical pole 1-5 are perpendicular with rack first respectively Bar 1-1, the 6th vertical bar 1-28 of rack bottom end connection, the 6th both ends vertical pole 1-10 of rack respectively with the second vertical bar of rack 1-11, The bottom end of the 5th vertical bar 1-24 of rack connects, the 7th both ends vertical pole 1-15 of rack respectively with rack third vertical bar 1-17, rack the The bottom end of four vertical bar 1-20 connects, the 9th both ends vertical pole 1-19 of rack respectively with the 4th vertical bar 1-20 of rack, rack third vertical bar The upper end of 1-17 connects, the 8th both ends vertical pole 1-18 of rack respectively with the 4th vertical bar 1-20 of rack, rack third vertical bar 1-17 Middle part connection, the tenth both ends vertical pole 1-25 of rack connect in the middle part of the 5th vertical bar 1-24 of rack, the second vertical bar of rack 1-11 respectively It connects, the both ends rack the first vertical pole 1-2 are connect with the middle part of the first vertical bar of rack 1-1, the 6th vertical bar 1-28 of rack respectively；Rack Three both ends cross bar 1-6 are connect with the bottom end of the second vertical bar of rack 1-11, the 6th vertical bar 1-28 of rack respectively, rack second crossbar 1- 4 both ends are connect with the bottom end of the first vertical bar of rack 1-1, the 5th vertical bar 1-24 of rack respectively, the 4th both ends cross bar 1-13 of rack point Do not connect with the bottom end of the 4th vertical bar 1-20 of rack, the 5th vertical bar 1-24 of rack, the 5th both ends cross bar 1-14 of rack respectively with machine The second vertical bar of frame 1-11, rack third vertical bar 1-17 bottom end connection, the 7th both ends cross bar 1-21 of rack respectively with rack third Vertical bar 1-17, the second vertical bar of rack 1-11 upper end connection, the 9th both ends cross bar 1-23 of rack respectively with the 5th vertical bar 1- of rack 24, the 4th vertical bar 1-20 of rack upper end connection, the 6th both ends cross bar 1-16 of rack respectively with rack third vertical bar 1-17, rack The middle part of second vertical bar 1-11 connects, and the 8th both ends cross bar 1-22 of rack are perpendicular with the 4th vertical bar 1-20 of rack, rack the 5th respectively The middle part of bar 1-24 connects, the both ends rack first crossbar 1-3 respectively with the 6th vertical bar 1-28 of rack, the second vertical bar of rack 1-11 Middle part connection, the 11st both ends cross bar 1-29 of rack connect in the middle part of the 5th vertical bar 1-24 of rack, the first vertical bar of rack 1-1 respectively It connects, the 9th vertical pole 1-19 of rack, the 7th cross bar 1-21 of rack, the 9th cross bar 1-23 of rack are in composition the 4th in same level Plane, the 6th cross bar 1-16 of rack, the 8th vertical pole 1-18 of rack, the 8th cross bar 1-22 of rack are in same level composition the Five planes, the 13rd vertical pole 1-31 of rack, rack third vertical pole 1-7, the 4th vertical pole 1-8 of rack, the 5th vertical pole 1-9 of rack setting Between rack second crossbar 1-4 and rack third cross bar 1-6, and rack second crossbar 1-4, the second vertical pole of rack 1-5, rack Third cross bar 1-6, rack third vertical pole 1-7, the 4th vertical pole 1-8 of rack, the 5th vertical pole 1-9 of rack, the 6th vertical pole 1-10 of rack, The 4th cross bar 1-13 of rack, the 5th cross bar 1-14 of rack, the 7th vertical pole 1-15 of rack, the 13rd vertical pole 1-31 of rack are in same The 6th plane is formed in horizontal plane, rack the 12nd vertical pole 1-30 and the 11st vertical pole 1-27 of rack are respectively arranged at rack the tenth Between one cross bar 1-29 and rack first crossbar 1-3, the tenth cross bar 1-26 of rack is set to the 11st vertical pole 1-27 of rack and machine Between the tenth vertical pole 1-25 of frame；Rack second crossbar 1-4 is vertical with rack the second vertical pole 1-5, and rack third cross bar 1-6 and machine The second vertical pole of frame 1-5 is vertical, and the 5th cross bar 1-14 of rack is vertical with the 7th vertical pole 1-15 of rack, and the 4th cross bar 1-13 of rack with The 7th vertical pole 1-15 of rack is vertical, and rack third cross bar 1-6 and the 5th cross bar 1-14 of rack are on same straight line, rack second Cross bar 1-4 and the 4th cross bar 1-13 of rack are on same straight line；

Mud stirring conveying device 6 includes stirring first bearing seat 6-1, stirring drive end bearing bracket 6-2, front end right connection board 6-2- 1, the right mounting hole 6-2-2 in front end, front end main body 6-2-3, the left mounting hole 6-2-4 in front end, front end left connection board 6-2-5, front end are left Connecting hole 6-2-6, the right connecting hole 6-2-7 in front end, left connection board mounting hole 6-2-8, right connection board mounting hole 6-2-9, stirring the Two bearing bracket 6-3, the second axis 6-4 of stirring, conveyor screw 6-4-1, hack bar 6-4-2, hack conveying main spindle 6-4-3, stirring the One axis 6-5, stirring rear end cap 6-6, rear end right connection board 6-6-1, the right mounting hole 6-6-2 in rear end, back end main body 6-6-3, rear end Left mounting hole 6-6-4, rear end left connection board 6-6-5, the left connecting hole 6-6-6 in rear end, the right connecting hole 6-6-7 in rear end, stirring third Bearing block 6-7, it stirring fourth bearing seat 6-8, stirring outlet 6-9, stirring discharging guide plate 6-10, the first curb girder 6-11 of stirring, stirs Lower cover 6-12, stirring first end plate 6-13, the second curb girder 6-16 of stirring upper cover 6-14, the second end plate 6-15 of stirring and stirring are mixed, Stirring drive end bearing bracket 6-2 itself is symmetrical set about front end main body 6-2-3, and main body 6-2-3 bilateral symmetry in front end is respectively set There are the left mounting hole 6-2-4 in front end, the left connecting hole 6-2-6 in front end and the right mounting hole 6-2-2 in front end, the right connecting hole 6-2-7 in front end, it is preceding Hold right connection board 6-2-1 and front end left connection board 6-2-5 about front end main body 6-2-3 bilateral symmetry, front end right connection board 6-2-1 On be provided with right connection board mounting hole 6-2-9, left connection board mounting hole 6-2-8 is provided on the left connection board 6-2-5 of front end；Stirring Rear end cap 6-6 itself is symmetrical set about back end main body 6-6-3, after back end main body 6-6-3 bilateral symmetry is respectively arranged with The left connecting hole 6-6-6 of left mounting hole 6-6-4, the rear end and right mounting hole 6-6-2 in rear end, the right connecting hole 6-6-7 in rear end are held, rear end is right Connecting plate 6-6-1 and rear end left connection board 6-6-5 is about back end main body 6-6-3 bilateral symmetry；Along hack conveying main spindle 6-4-3 One end has circumferentially been uniformly arranged hack bar 6-4-2, and conveyor screw 6-4-1 is axially equal along the hack conveying main spindle 6-4-3 other end Cloth；It stirs second one end curb girder 6-16 to be vertically installed on the left connection board 6-6-5 of rear end, the second curb girder 6-16 other end of stirring is set It is equipped with the second end plate 6-15 of stirring, first one end curb girder 6-11 of stirring is vertically installed on the right connection board 6-6-1 of rear end, stirring the The one curb girder 6-11 other end is provided with stirring first end plate 6-13, and stirring one end drive end bearing bracket 6-2 passes through front end right connection board 6-2-1 It is fastenedly connected with the second end plate 6-15 of stirring, the stirring drive end bearing bracket 6-2 other end passes through front end left connection board 6-2-5 and stirring first End plate 6-13 is fastenedly connected, and stirring 3rd bearing seat 6-7, which is fastened by bolts, is installed on the rear end side left mounting hole 6-6-4, spiral shell Bolt is anchored in the left connecting hole 6-6-6 in rear end, and stirring fourth bearing seat 6-8, which is fastened by bolts, is installed on the right mounting hole 6- in rear end The side 6-2, for bolt fastening in the right connecting hole 6-6-7 in rear end, stirring second bearing seat 6-3, which is fastened by bolts, is installed on front end The side left mounting hole 6-2-4, in the left connecting hole 6-2-6 in front end, stirring first bearing seat 6-1 is fastened by bolts bolt fastening It is installed on the front end side right mounting hole 6-2-2, for bolt fastening in the right connecting hole 6-2-7 in front end, the second axis 6-4 of stirring crushes end It is installed in stirring second bearing seat 6-3 by bearing, the second axis 6-4 spiral end of stirring is installed on the 4th axis of stirring by bearing It holds in a 6-8, stirring first axle 6-5 crushes end and is installed in stirring first bearing seat 6-1 by bearing, stirs first axle 6-5 Spiral end is installed in stirring 3rd bearing seat 6-7 by bearing, and 6 upper end of mud stirring conveying device is provided with stirring upper cover 6- 14, and stir upper cover 6-14 and be provided with feed inlet close to end is crushed, 6 lower end of mud stirring conveying device is provided with stirring lower cover 6- 12, and stirring discharging guide plate 6-10 is provided with below lid 6-12 spiral discharging end with stirring, mud stirring conveying device 6 is set up In the branch of the first vertical bar of rack 1-1, the second vertical bar of rack 1-11, the 5th vertical bar 1-24 of rack, the 6th vertical bar 1-28 of rack composition On frame, feed hopper 8 is provided on 6 feed inlet of mud stirring conveying device；It stirs the second axis 6-4 and crushes end and stirring first axle 6- 5 are used to form crushed zone, and the second axis 6-4 spiral end of stirring and stirring first axle 6-5 spiral end are used to form screw propulsion area Domain；

Water pump 13 is set on rack third cross bar 1-6 and rack third vertical pole 1-7, is stirred and is offered spray on upper cover 6-14 Aquaporin, second level sparge pipe 7 and level-one sparge pipe 4 are arranged on water spray channel, and second level sparge pipe 7 and level-one sparge pipe 4 it Between connected by flow pipe 5, water is delivered to second level sparge pipe 7 and level-one sparge pipe 4 by water pumping pipe 3 by 13 water outlet of water pump；

Variable speed drive 14 include the first sprocket wheel of speed change 14-1, the second sprocket wheel of speed change 14-2, the second chain of speed change 14-3, The first chain of speed change 14-4, speed change second gear 14-5, speed change first gear 14-6, speed change first bearing seat 14-7, speed change Three sprocket wheel 14-8, the 4th sprocket wheel 14-9 of speed change, the first transmission shaft of speed change 14-10, speed change second bearing seat 14-11, speed change first Bevel gear 14-12, speed change 3rd bearing seat 14-13, speed change second driving shaft 14-14, speed change fourth bearing seat 14-15, speed change 5th bearing seat 14-16, speed change third transmission shaft 14-17, speed change second bevel gear 14-18, the 5th sprocket wheel 14-19 of speed change, become Fast third chain 14-20 and motor 14-21, variable speed drive 14 are set to the 4th vertical pole 1-8 of rack and the 5th vertical pole of rack On 1-9, speed change 5th bearing seat 14-16 is set on the 11st cross bar 1-29 of rack, and speed change 3rd bearing seat 14-13 is set to On the tenth cross bar 1-26 of rack, speed change fourth bearing seat 14-15 is set on the 11st vertical pole 1-27 of rack, speed change first bearing Seat 14-7 and speed change second bearing seat 14-11 are respectively arranged on the first vertical pole of rack 1-2, and the second sprocket wheel of speed change 14-2 is set to Second one end axis 6-4 is stirred, the first sprocket wheel of speed change 14-1 is set to stirring one end first axle 6-5, speed change third transmission shaft 14-17 It is set on speed change 5th bearing seat 14-16 and speed change 3rd bearing seat 14-13 by bearing respectively, the 5th sprocket wheel 14- of speed change 19 are set to the one end speed change third transmission shaft 14-17, and speed change second bevel gear 14-18 is set to speed change third transmission shaft 14- 17 middle parts, speed change second driving shaft 14-14 pass through bearing respectively and are set to speed change fourth bearing seat 14-15 and speed change first bearing On seat 14-7, speed change the first transmission shaft 14-10 is set on speed change second bearing seat 14-11 by bearing, and speed change first bores tooth Wheel 14-12 is set to the one end speed change second driving shaft 14-14, and speed change first bevel gear 14-12 and speed change second bevel gear 14- 18 engaged transmissions, speed change third sprocket wheel 14-8 are set to the speed change second driving shaft 14-14 other end, and speed change second gear 14-5 is set It being placed in the middle part of speed change second driving shaft 14-14, speed change first gear 14-6 is set to the one end speed change the first transmission shaft 14-10, and Speed change first gear 14-6 and speed change second gear 14-5 engaged transmission, the 4th sprocket wheel 14-9 of speed change are set to the transmission of speed change first The axis 14-10 other end, speed change the second sprocket wheel 14-2 and speed change third sprocket wheel 14-8 are driven by speed change the second chain 14-3, speed change First sprocket wheel 14-1 and the 4th sprocket wheel 14-9 of speed change is driven by speed change the first chain 14-4, and motor 14-21 passes through speed change third Chain 14-20 drives the 5th sprocket wheel 14-19 of speed change rotation；

Vibration screening device 2 includes vibration sieve nest 2-1, sieve nest deflector 2-2, vibrates lateral groove body 2-3, vibration transverse post Body 2-4, vibration transverse bar 2-5, the first pin shaft 2-6 of vibration, vibration rocking bar 2-7, the first support base 2-8 of vibration, the second pin of vibration Axis 2-9, vibration rod 2-10, the second support base 2-11 of vibration, the first eccentric pin shaft 2-12 of vibration, vibration eccentric rod 2-13, vibration Dynamic sieve pore 2-14, vibrating screen ball hinge 2-15, vibrating screen flexural pivot connecting rod 2-16, vibration globe hinge support seat 2-17, vibration third branch Support seat 2-18, the first transmission shaft 2-19 of vibration, the first sprocket wheel 2-20 of vibration, vibration chain 2-21, vibration worm screw control mechanism 2- 22, vertical groove body 2-23, vibration eccentric disc 2-24, vibration four-supporting 2-25, vibration planetary gear 2-26, vibration second are vibrated Transmission shaft 2-27, the 5th support base 2-28 of vibration, vibration sun gear 2-29, vibration gear ring 2-30, vibration bevel gear 2-31, vibration Second sprocket wheel 2-32, the 6th support base 2-33 of vibration, vibration planetary carrier 2-34, the second eccentric pin shaft 2-35 of vibration, vibration Vertical sphere 2-36 and vibration third transmission shaft 2-37；Vibrate the 5th support base 2-28, vibration four-supporting 2-25, vibration the Six support base 2-33 are set on the tenth cross bar 1-26 of rack, and vibration third support base 2-18, the second support base 2-11 of vibration are set It is placed on the 8th cross bar 1-22 of rack, the first support base 2-8 of vibration is set on the 8th vertical pole 1-18 of rack, the first transmission of vibration Axis 2-19 is respectively arranged on the second support base 2-11 of vibration third support base 2-18 and vibration by bearing, the first transmission of vibration The one end axis 2-19 is provided with the first sprocket wheel 2-20 of vibration, and the first transmission shaft 2-19 other end of vibration is provided with vibration eccentric rod 2- 13, vibration one end second driving shaft 2-27 is provided with vibration bevel gear 2-31, and the vibration second driving shaft 2-27 other end is provided with Sun gear 2-29, vibration bevel gear 2-31 and speed change second bevel gear 14-18 engaged transmission are vibrated, vibration planetary gear 2-26 is along vibration Dynamic sun gear 2-29 is circumferentially uniformly distributed and limits mutual alignment, the periphery Yu Zhendong planetary gear 2-26 by vibration planetary carrier 2-34 It is provided with vibration gear ring 2-30, the straight-tooth circle for enclosing in gear ring 2-30 and being provided with and engaging with vibration planetary gear 2-26 is vibrated, vibrates tooth The circle periphery 2-30 is provided with the worm gear gear ring engaged with vibration worm screw control mechanism 2-22 worm screw, vibrates worm screw control mechanism 2-22 It is set on the 11st cross bar 1-29 of rack, vibration third transmission shaft 2-37 is respectively arranged at vibration four-supporting by bearing On the 6th support base 2-33 of 2-25 and vibration, the second sprocket wheel 2-32 of vibration is set in the middle part of vibration third transmission shaft 2-37, and is shaken Dynamic second sprocket wheel 2-32 is located between the 6th support base 2-33 of vibration four-supporting 2-25 and vibration, vibrates third transmission shaft 2- 37 one end are connect with vibration planetary carrier 2-34, and the vibration third transmission shaft 2-37 other end is provided with vibration eccentric disc 2-24, Eccentric setting has the second eccentric pin shaft 2-35 of vibration on vibration eccentric disc 2-24, and vibrates the setting of second one end eccentric pin shaft 2-35 There is the vertical sphere 2-36 of vibration, vibrates vertical groove body 2-23 and be set in the middle part of vibration one end sieve nest 2-1, vibrate vertical sphere 2-36 It is cooperatively connected, is vibrated between the second sprocket wheel 2-32 of the first sprocket wheel 2-20 and vibration through vibration chain with vertical groove body 2-23 is vibrated 2-21 connection transmission；Vibration sieve pore 2-14 is evenly equipped on vibration sieve nest 2-1, vibration sieve nest 2-1 discharge end is provided with sieve nest water conservancy diversion Plate 2-2, the 8th cross bar 1-22 of rack and the 6th middle part cross bar 1-16 of rack are respectively arranged with and vibrate globe hinge support seat 2-17, and Vibration sieve nest 2-1 corresponding position is provided with vibrating screen ball hinge 2-15, vibrating screen ball hinge 2-15 and vibration globe hinge support seat 2- It is supported between 17 by vibrating screen flexural pivot connecting rod 2-16 connection, is provided with vibration transverse groove below Yu Zhendong sieve nest 2-1 discharge end With the first rotatable assembly of support base 2-8 of vibration in the middle part of body 2-3, vibration rocking bar 2-7, vibration one end rocking bar 2-7 passes through vibration the Two pin shaft 2-9 are flexibly connected with the one end vibration rod 2-10, the vibration rod 2-10 other end by the first eccentric pin shaft 2-12 with It vibrates eccentric rod 2-13 to be flexibly connected, the vibration rocking bar 2-7 other end is connect with the vibration one end transverse bar 2-5 flexural pivot, and vibration is laterally The bar 2-5 other end is fixedly connected with vibration transverse direction cylinder 2-4, and vibration transverse direction cylinder 2-4 and vibration transverse direction groove body 2-3 cooperation connect It connects.

In the present embodiment, the second axis 6-4 of stirring and the setting angle of first axle 6-5 is stirred horizontal by 5 ° of angles, And the second axis 6-4 of stirring and stirring both first axle 6-5 parallel, horizontal are installed and at work in rotating backward, using stirring the Two axis 6-4 and stirring first axle 6-5 is to the intense impact of soil block and rotates backward extruding progress hack.

In the present embodiment, it is provided with humidity sensor in mud stirring conveying device 6, accurately to control in the course of work Inflow, guarantee mud moisture content 50% or so.

In the present embodiment, conveyor screw 6-4-1 is made of multi-slice spiral blade, and helical blade is that spiral shape space is bent Face makes rotating motion and is moved along a straight line around axis.

In the present embodiment, soil block enters mud stirring conveying device 6 by feed hopper 8 first and enters crushed zone, stirring First axle 6-5 and stirring the second axis 6-4 rotation drive hack bar 6-4-2 that soil block is smashed stirring and form little particle, and little particle exists Enter screw propulsion region under the drive of conveyor screw 6-4-1, water pump 13, from 15 internal pump water of water tank, is pumped out by water inlet pipe 16 Water second level sparge pipe 7 and level-one sparge pipe 4 are delivered to by water pumping pipe 3, when little particle enters screw propulsion region, second level Sparge pipe 7 and level-one sparge pipe 4 start to spray water to little particle, and little particle is being mixed to form mud, the agitated discharging of mud with water Guide plate 6-10 flows into vibration sieve nest 2-1, and motor 14-21 drives the 5th chain of speed change by speed change third chain 14-20 at the same time 14-19 rotation is taken turns, and then drives the speed change second bevel gear 14-18 rotation being mounted on speed change third transmission shaft 14-17, speed change Second bevel gear 14-18 drives vibration second driving shaft 2-27 rotation by vibration bevel gear 2-31, vibrates second driving shaft 2- 27 drive vibration sun gear 2-29 rotation, and vibration sun gear 2-29 drives vibration planetary carrier 2- by vibration planetary gear 2-26 34 rotations, vibration planetary carrier 2-34 drive the second sprocket wheel 2-32 of vibration and vibration by vibration third transmission shaft 2-37 simultaneously Eccentric disc 2-24 rotation, vibration eccentric disc 2-24 is driven by the second eccentric pin shaft 2-35 of vibration vibrates vertical sphere 2-36 driving It vibrates vertical groove body 2-23 to swing, so that vibration sieve nest 2-1 be driven to do reciprocally swinging, the second sprocket wheel 2-32 of vibration passes through vibration Dynamic chain 2-21 drives vibration the first sprocket wheel 2-20 rotation, and the first sprocket wheel 2-20 of vibration is driven by the first transmission shaft 2-19 of vibration Eccentric rod 2-13 rotation is vibrated, vibration eccentric rod 2-13 drives vibration rocking bar 2-7 to do reciprocating swing, shakes by vibration rod 2-10 Shake bar 2-7 to drive on vibration transverse direction groove body 2-3 and vibration sieve nest 2-1 by vibration transverse bar 2-5 and vibration transverse direction cylinder 2-4 Lower shake；For mud after vibration transverse direction groove body 2-3 and vibration sieve nest 2-1 or more shake, partial size is less than vibration sieve pore 2-14 Mud fall into slurry collecting case 17, and then mud needed for obtaining seedling, and stay in the impurity etc. on vibration sieve nest 2-1, As the movement of vibration sieve nest 2-1 gradually travels forward, fall into impurity collecting box 18；Can be as needed, by vibrating worm screw The revolving speed of control mechanism 2-22 control vibration gear ring 2-30 and steering, so that the output for changing vibration third transmission shaft 2-37 turns Speed, to control breakneck acceleration.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above.Current row The technical staff of industry is described in above embodiments and description it should be appreciated that the present utility model is not limited to the above embodiments Only illustrate the principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model is also It will have various changes and improvements, these various changes and improvements fall within the scope of the claimed invention.The utility model Claimed range is defined by the appending claims and its equivalent thereof.

Claims (10)

1. rice field seedling slurry machine, including rack, vibration screening device, level-one sparge pipe, mud stirring conveying device, into Hopper, gear case lid, gear baffle, rack baffle, water pump, variable speed drive, water tank, slurry collecting case and Impurity collecting box, which is characterized in that upper rack side is provided with vibration screening device, and the upper rack other side is provided with mud Stirring conveying device, slurry collecting case are arranged in the rack below vibration screening device, and impurity collecting box is arranged in vibrating screen The discharge end of separating device；Feed hopper is arranged above mud stirring conveying device, and mud stirring conveying device side is provided with change Fast transmission-case cover, below mud stirring conveying device, water pump is becoming gear baffle plate setting with variable speed drive setting In rack below speed transmission baffle, water pump inlet is connect with water tank, and water pump water outlet end and setting are stirred in mud and conveyed Level-one sparge pipe connection on device；Each section specific structure is as follows:

In rack, it is flat that the first vertical bar of rack, the 5th vertical bar of rack, the 4th vertical bar of rack are in composition first in same level Face, the 6th vertical bar of rack, the second vertical bar of rack, rack third vertical bar, which are in same level, forms the second plane, and first is flat Face is parallel with the second plane, and this six roots of sensation bar is stood in same level；What the first vertical bar of rack and the 6th vertical bar of rack formed Third plane is vertical with the second plane；The second vertical pole of rack both ends bottom end with the first vertical bar of rack, the 6th vertical bar of rack respectively Connection, the 6th vertical pole both ends of rack are connect with the bottom end of the second vertical bar of rack, the 5th vertical bar of rack respectively, the 7th vertical pole two of rack End is connect with the bottom end of rack third vertical bar, the 4th vertical bar of rack respectively, and the 9th vertical pole both ends of rack are perpendicular with rack the 4th respectively The upper end connection of bar, rack third vertical bar, the 8th vertical pole both ends of rack are respectively and in the 4th vertical bar of rack, rack third vertical bar Portion's connection, the tenth vertical pole both ends of rack are connect with the middle part of the 5th vertical bar of rack, the second vertical bar of rack respectively, the first vertical pole of rack Both ends are connect with the middle part of the first vertical bar of rack, the 6th vertical bar of rack respectively；Rack third cross bar both ends respectively with rack second The bottom end connection of vertical bar, the 6th vertical bar of rack, rack second crossbar both ends respectively with the first vertical bar of rack, rack the 5th vertical bar Bottom end connection, the 4th cross bar both ends of rack are connect with the bottom end of the 4th vertical bar of rack, the 5th vertical bar of rack respectively, and rack the 5th is horizontal Bar both ends are connect with the bottom end of the second vertical bar of rack, rack third vertical bar respectively, the 7th cross bar both ends of rack respectively with rack Three vertical bars, the second vertical bar of rack upper end connection, the 9th cross bar both ends of rack respectively with the 5th vertical bar of rack, the 4th vertical bar of rack Upper end connection, the 6th cross bar both ends of rack connect with the middle part of rack third vertical bar, the second vertical bar of rack respectively, rack the 8th Cross bar both ends are connect with the middle part of the 4th vertical bar of rack, the 5th vertical bar of rack respectively, rack first crossbar both ends respectively with rack 6th vertical bar, the second vertical bar of rack middle part connection, the 11st cross bar both ends of rack respectively with the 5th vertical bar of rack, rack first The middle part of vertical bar connects, and the 9th vertical pole of rack, the 7th cross bar of rack, the 9th cross bar of rack are in composition the 4th in same level Plane, the 6th cross bar of rack, the 8th vertical pole of rack, the 8th cross bar of rack, which are in same level, forms the 5th plane, rack 13rd vertical pole, rack third vertical pole, the 4th vertical pole of rack, the 5th vertical pole of rack are arranged in rack second crossbar and rack third Between cross bar, and rack second crossbar, the second vertical pole of rack, rack third cross bar, rack third vertical pole, the 4th vertical pole of rack, The 5th vertical pole of rack, the 6th vertical pole of rack, the 4th cross bar of rack, the 5th cross bar of rack, the 7th vertical pole of rack, rack the 13rd are vertical Bar, which is in same level, forms the 6th plane, and organic frame the is arranged between the 11st cross bar of rack and rack first crossbar The 11st vertical pole of 12 vertical poles and rack, the tenth cross bar of rack are arranged between the 11st vertical pole of rack and the tenth vertical pole of rack； Rack second crossbar is vertical with the second vertical pole of rack, and rack third cross bar is vertical with the second vertical pole of rack, the 5th cross bar of rack with The 7th vertical pole of rack is vertical, and the 4th cross bar of rack is vertical with the 7th vertical pole of rack, at rack third cross bar and the 5th cross bar of rack In on same straight line, rack second crossbar and the 4th cross bar of rack are on same straight line；

In mud stirring conveying device, stirring drive end bearing bracket is about front end main body itself bilateral symmetry, front end right connection board and front end Left connection board is about front end main body bilateral symmetry；Rear end cap is stirred about back end main body itself bilateral symmetry, rear end right connection board With rear end left connection board about back end main body bilateral symmetry；Second curb girder one end is stirred to be vertically set in the left connection board of rear end, It stirs the second curb girder other end and is provided with the second end plate of stirring, first curb girder one end of stirring is vertically set on rear end right connection board On, the first curb girder other end of stirring is provided with stirring first end plate, and stirring drive end bearing bracket one end is fastenedly connected with the second end plate of stirring, The stirring drive end bearing bracket other end is fastenedly connected with stirring first end plate, and stirring 3rd bearing seat is mounted on stirring rear end cap outer end one Side, stirring fourth bearing seat are mounted on the stirring rear end cap outer end other side, and stirring second bearing seat is mounted on outside stirring drive end bearing bracket Side is held, stirring first bearing seat is mounted on the stirring drive end bearing bracket outer end other side, is used to form the second axis of stirring of crushed zone It crushes end to be mounted in stirring second bearing seat, stirring the second axis spiral end for being used to form screw propulsion region is mounted on stirring In fourth bearing seat, the stirring first axle for being used to form crushed zone crushes end and is mounted in stirring first bearing seat, is used for shape It is mounted in stirring 3rd bearing seat at the stirring first axle spiral end in screw propulsion region, stirring upper cover setting is in stirring first It is provided with stirring lower cover below the top of the second axis of axis and stirring, stirring first axle and the second axis of stirring, and in coil region Stirring discharging guide plate is provided with below discharge end；It is identical as the second axle construction of stirring to stir first axle, the second axis of stirring includes peace The hack bar for being crushed on hack conveying main spindle and the conveyor screw for carrying out screw propulsion；

In variable speed drive, speed change 5th bearing seat is arranged on the 11st cross bar of rack, and the setting of speed change 3rd bearing seat exists On the tenth cross bar of rack, speed change fourth bearing seat is arranged on the 11st vertical pole of rack, speed change first bearing seat and speed change second Bearing block is separately positioned on the first vertical pole of rack, and second axis one end, the first sprocket wheel of speed change are being stirred in the setting of the second sprocket wheel of speed change Setting is arranged on speed change 5th bearing seat in stirring first axle one end, speed change third transmission shaft one end, speed change third transmission shaft The other end is arranged on speed change 3rd bearing seat, and the setting of the 5th sprocket wheel of speed change is bored in speed change third transmission shaft one end, speed change second Gear is arranged in the middle part of speed change third transmission shaft；Speed change second driving shaft one end is arranged on speed change fourth bearing seat, speed change the The two transmission shaft other ends are arranged in speed change first bearing seat, are arranged in the middle part of the first transmission shaft of speed change in speed change second bearing seat On, for the setting of speed change first gear in the first transmission shaft of speed change one end, the setting of the 4th sprocket wheel of speed change is another in the first transmission shaft of speed change End, for the setting of speed change first bevel gear in speed change second driving shaft one end, the setting of speed change third sprocket wheel is another in speed change second driving shaft One end, and speed change first bevel gear is engaged with speed change second bevel gear, speed change second gear is arranged in speed change second driving shaft Portion, and speed change first gear is engaged with speed change second gear, the second sprocket wheel of speed change and speed change third sprocket wheel pass through the second chain of speed change Item connection, the first sprocket wheel of speed change connect with the 4th sprocket wheel of speed change by the first chain of speed change, motor pass through speed change third chain and The connection of the 5th sprocket wheel of speed change；

In vibration screening device, the 5th support base of vibration, vibration four-supporting, the 6th support base of vibration are arranged in rack the tenth On cross bar, vibration third support base, the second support base of vibration are arranged on the 8th cross bar of rack, and vibration the first support base setting exists On the 8th vertical pole of rack, the setting of first transmission shaft one end of vibration vibrates the first transmission shaft other end on vibration third support base On vibrating the second support base, first transmission shaft one end of vibration is provided with the first sprocket wheel of vibration for setting, and the first transmission shaft of vibration is another One end is provided with vibration eccentric rod, and vibration second driving shaft one end is provided with vibration bevel gear, vibrates the second driving shaft other end It is provided with vibration sun gear, vibration bevel gear engages with speed change second bevel gear, and vibration planetary gear is circumferentially equal along vibration sun gear Cloth and mutual alignment is limited by vibration planetary carrier, vibration planetary gear periphery is provided with vibration gear ring, vibrates in gear ring The straight-tooth circle for being provided with and engaging with vibration planetary gear is enclosed, vibration gear ring periphery is provided with engages with vibration worm screw control mechanism worm screw Worm gear gear ring, vibration worm screw control mechanism be arranged on the 11st cross bar of rack, vibration third transmission shaft one end setting is shaking On dynamic four-supporting, on vibrating the 6th support base, vibration the second sprocket wheel setting exists for vibration third transmission shaft other end setting It vibrates in the middle part of third transmission shaft, and vibrates the second sprocket wheel and be located between the 6th support base of vibration four-supporting and vibration, vibration Third transmission shaft one end is connect with vibration planetary carrier, and the vibration third transmission shaft other end is provided with vibration eccentric disc, is vibrated Eccentric setting has the second eccentric pin shaft of vibration on eccentric disc, and vibrates second eccentric pin shaft one end and be provided with the vertical sphere of vibration, It vibrates vertical groove body to be arranged in the middle part of one end of vibration sieve nest, vibrate vertical sphere and vibrates vertical groove body mating connection, vibration It is driven between the second sprocket wheel of first sprocket wheel and vibration by vibration chain connection；Vibration sieve pore, rack are evenly equipped on vibration sieve nest Vibration globe hinge support seat is respectively arranged in the middle part of 8th cross bar and the 6th cross bar of rack, and in the corresponding position setting of vibration sieve nest There is vibrating screen ball hinge, vibrating screen ball hinge connect support by vibrating screen flexural pivot connecting rod with vibration globe hinge support seat, vibrating It is provided with the lateral groove body of vibration below sieve nest discharge end, is rotatably connected, vibrates with the first support base of vibration in the middle part of vibration rocking bar Rocking bar one end is flexibly connected by vibrating the second pin shaft with vibration rod one end, and the vibration rod other end passes through the first eccentric pin shaft It is flexibly connected with vibration eccentric rod, the vibration rocking bar other end is connect with vibration transverse bar one end flexural pivot, vibrates the transverse bar other end It is fixedly connected with lateral cylinder is vibrated, vibrates lateral cylinder and be cooperatively connected with lateral groove body is vibrated.

2. rice field seedling slurry machine according to claim 1, which is characterized in that bottom of the frame is equipped with land wheel.

3. rice field seedling slurry machine according to claim 1, which is characterized in that water pump inlet by water inlet pipe with Water tank connection, water pump water outlet end are connect by water pumping pipe with level-one sparge pipe, and level-one sparge pipe is sprayed by flow pipe and second level Water pipe connection.

4. rice field seedling slurry machine according to claim 3, which is characterized in that it is logical to offer water spray in stirring on lid Road, level-one sparge pipe and second level sparge pipe are mounted on water spray channel.

5. rice field seedling slurry machine according to claim 1, which is characterized in that stirring drive end bearing bracket one end passes through front end Right connection board is fastenedly connected with the second end plate of stirring, and the stirring drive end bearing bracket other end passes through front end left connection board and stirring first end plate It is fastenedly connected.

6. rice field seedling slurry machine according to claim 1, which is characterized in that hack bar is along hack conveying main spindle one End is circumferential to be uniformly arranged, and conveyor screw is axially uniformly distributed along the hack conveying main spindle other end.

7. rice field seedling slurry machine according to claim 1, which is characterized in that vibration sieve nest discharge end is provided with sieve Body deflector.

8. rice field seedling slurry machine according to claim 1, which is characterized in that the second axis of stirring and stirring first axle Setting angle horizontal by 5 ° of angles, and stir both the second axis and stirring first axle parallel, horizontal installation and at work In rotating backward.

9. rice field seedling slurry machine according to claim 1, which is characterized in that setting in mud stirring conveying device There is humidity sensor.

10. rice field seedling slurry machine according to claim 1, which is characterized in that conveyor screw is by multi-slice spiral leaf Piece composition, helical blade are spiral shape space curved surface.