CN207185279U - A kind of stalk crushes baler and stalk crushes bundling system useable - Google Patents

Abstract

Baler is crushed the utility model discloses a kind of stalk and stalk crushes bundling system useable, is related to agricultural harvesting machinery field.The stalk, which crushes baler, includes drive device, harvesting apparatus, conveying device, binding apparatus and frame.Frame is provided with feeding mouth, and harvesting apparatus is installed in frame, and is connected with feeding mouth, and stalk enters harvesting apparatus by feeding mouth, and harvesting apparatus is connected by conveying device with binding apparatus.Compared with baler of the prior art, stalk provided by the utility model crushes baler as a result of the first gear case being connected with harvesting apparatus and the second gear case being connected with conveying device and binding apparatus, so it can disposably complete the crushing and bundling processing to stalk, reduce processing cost, processing efficiency is improved, improves the utilization rate of stalk, mechanization degree is high, it is practical, it is cost-effective.

Description

A kind of stalk crushes baler and stalk crushes bundling system useable

Technical field

Agricultural harvesting machinery field is the utility model is related to, baler and straw are crushed in particular to a kind of stalk Stalk crushes bundling system useable.

Background technology

With developing rapidly for China's agricultural, electric industry and animal husbandry, the demand of forage grass is also increasingly increased, China's conduct Large agricultural country, agricultural straw resource are extremely abundant.Stalk has preferably warp as a kind of cleaning renewable resource well Ji, ecology and social benefit, are increasingly valued by people, stalk is widely used in these industries.

At present, stalk due to area it is larger, it has not been convenient to collect, many stalks all in the fields directly burn, so burning Stalk pollutes to air, but can be influenceed again in the fields if stalk being put stalk being revolved into broken put with machine in the fields The plantation of lower first quarter crops, the growth to crops is unfavorable, so people have devised baler.Inventor studies hair Existing, present agricultural crop straw density is small, inconvenient transport and storage, and especially animal husbandry utilizes straw using stalk raising and power plant Stalk generates electricity, it is necessary to can be just used after stalk is crushed, but present baler can not be completed to crush and bundling simultaneously Work, crushing effect is poor, high processing costs, and the utilization rate of stalk is low, it is impossible to while harvest lodging and the stalk stood.

In view of this, design and manufacture and a kind of crush that the stalk that is integrally machined of bundling crushes baler and stalk is crushed and beaten Bundle system is particularly particularly important in baler production.

Utility model content

The purpose of this utility model is that providing a kind of stalk crushes baler, and mechanization degree is high, can be disposably right Stalk completes to crush and bundling processing, reduces processing cost, improves the utilization rate of stalk, practical, cost-effective.

Another object of the present utility model is that providing a kind of stalk crushes bundling system useable, and mechanization degree is high, Neng Gouyi Secondary property is completed to crush by stalk and bundling is processed, and reduces processing cost, improves the utilization rate of stalk, practical, cost-effective.

The utility model is realized using following technical scheme.

A kind of stalk crushes baler, crushes bundling system useable applied to stalk, stalk, which crushes bundling system useable, includes traction agriculture Machine, stalk, which crushes baler, includes drive device, harvesting apparatus, conveying device, binding apparatus and frame, and frame is used for and traction Agricultural machinery connects, and frame is provided with feeding mouth, and harvesting apparatus is installed in frame, and is connected with feeding mouth, and harvesting apparatus passes through defeated Device is sent to be connected with binding apparatus, drive device includes first gear case and second gear case, first gear case and second gear Case is mounted in frame, and first gear case is provided with the first input shaft, the first output shaft and the second output shaft, the first input shaft It is connected respectively with the first output shaft and the second output shaft, second gear case sets the second input shaft, the 3rd output shaft and the Four output shafts, the second input shaft are connected with the 3rd output shaft and the 4th output shaft respectively, and the first input shaft is used for and traction Agricultural machinery is connected, and the first output shaft is connected with harvesting apparatus, and the second output shaft and the second input shaft are connected, and the 3rd Output shaft is connected with conveying device, and the 4th output shaft is connected with binding apparatus.

Further, harvesting apparatus includes disintegrating mechanism and pulverizing chamber, and pulverizing chamber is provided with charging aperture and discharging opening, charging Mouth is connected with feeding mouth, and discharging opening is connected with conveying device, and disintegrating mechanism is installed in pulverizing chamber, and is driven with the first output shaft Connection.

Further, disintegrating mechanism includes stationary knife component and moving knife component, and moving knife component is installed in pulverizing chamber, and with One output shaft is connected, and stationary knife component is connected with pulverizing chamber, and the position of moving knife component and the position of stationary knife component are mutually corresponding.

Further, stationary knife component includes stationary knife fixed plate and multiple stationary knifes, and multiple stationary knifes are fixedly mounted on stationary knife and fixed On plate, stationary knife fixed plate is detachably connected with pulverizing chamber.

Further, moving knife component includes driving member, flail knife roller and multiple moving knife, and multiple moving knife are fixedly installed in flail knife Roller, and uniform spiral is arranged on flail knife roller, flail knife roller is provided with rotary shaft, and rotary shaft is connected by driving member and the first output shaft Connect.

Further, driving member includes the first belt pulley, the second belt pulley and belt, and the first belt pulley passes through belt and Two belt pulleys are connected, and the first belt pulley is fixedly installed in rotary shaft, and the second belt pulley is fixedly installed on the first output shaft.

Further, conveying device includes intake mechanism, grass scraping plate, gear straw mulch plate and back shroud, keeps off straw mulch plate and bonnet Plate is arranged at intervals, and forms feeding cavity, and one end of feeding cavity connects with discharging opening, and the other end connects with binding apparatus, scrapes Careless plate is fixedly installed in feeding cavity, and intake mechanism includes feeding rotating shaft and helical blade, and helical blade, which is fixedly installed in, feeds Enter the lateral wall of rotating shaft, feeding rotating shaft is connected with the 3rd output shaft.

Further, binding apparatus includes bundling forming room, cylinder mechanism and Chan Wang mechanisms, bundling forming room be provided with into Mouth and outlet, entrance are connected with feeding cavity, and outlet can be turned on or off, and cylinder mechanism includes multiple rollers, sprocket wheel, synchronization Chain and driving chain, multiple rounded arrays of roller are arranged in bundling forming room, and are rotatablely connected with bundling forming room, more Individual roller is connected by synchronization chain, and sprocket wheel is connected with a roller, and by driving chain and the 4th output axis connection, twines net Mechanism is installed in frame, and is connected with cylinder mechanism.

Further, Chan Wang mechanisms include sensor, controller and twine wire stitcher, and sensor is installed in bundling forming room, And be connected with controller, for sending control to controller when sensing that the stalk in bundling forming room is stacked into preset pressure Signal, controller are connected with twining wire stitcher, and for receiving control signal, and control twines wire stitcher and stalk is carried out to twine net.

A kind of stalk crushes bundling system useable, and stalk, which crushes bundling system useable, includes traction agricultural machinery and stalk crushing baler, straw Stalk, which crushes baler, includes drive device, harvesting apparatus, conveying device, binding apparatus and frame, and frame is connected with traction agricultural machinery, Frame is provided with feeding mouth, and harvesting apparatus is installed in frame, and is connected with feeding mouth, and harvesting apparatus is by conveying device and beats Bundled to put connection, drive device includes first gear case and second gear case, and first gear case and second gear case are mounted on In frame, first gear case is provided with the first input shaft, the first output shaft and the second output shaft, and the first input shaft is respectively with first Output shaft and the drive connection of the second output shaft, second gear case set the second input shaft, the 3rd output shaft and the 4th output shaft, the Two input shafts are connected with the 3rd output shaft and the 4th output shaft respectively, the first input shaft and traction agricultural machinery drive connection, the One output shaft is connected with harvesting apparatus, and the second output shaft and the second input shaft are connected, and the 3rd output shaft fills with conveying Drive connection is put, the 4th output shaft is connected with binding apparatus.

Stalk provided by the utility model crushes baler and stalk crushes bundling system useable and had the advantages that：

Stalk provided by the utility model crushes baler, and traction agricultural machinery provides power, the first input to the first input shaft Axle imparts power to harvesting apparatus, and stalk enters harvesting apparatus by feeding mouth, and is carried out in the presence of harvesting apparatus Crushing, the stalk after crushing enters conveying device, and is transported forward in the presence of the 3rd output shaft, into binding apparatus, Binding apparatus carries out twining net and discharging in the presence of the 4th output shaft to the stalk after crushing.With bundling of the prior art Machine is compared, stalk provided by the utility model crush baler as a result of the first gear case being connected with harvesting apparatus and The second gear case being connected with conveying device and binding apparatus, so crushing to stalk can disposably be completed and bundling adds Work, processing cost is reduced, improve processing efficiency, improve the utilization rate of stalk, mechanization degree is high, practical, cost-effective.

Stalk provided by the utility model crushes bundling system useable, including stalk crushes baler, can disposably complete pair The crushing of stalk and bundling processing, reduce processing cost, improve processing efficiency, improve the utilization rate of stalk, mechanization degree Height, it is practical, it is cost-effective.

Brief description of the drawings

, below will be to required use in embodiment in order to illustrate more clearly of the technical scheme of the utility model embodiment Accompanying drawing be briefly described, it will be appreciated that the following drawings illustrate only some embodiments of the present utility model, therefore should not be by Regard the restriction to scope as, for those of ordinary skill in the art, on the premise of not paying creative work, may be used also To obtain other related accompanying drawings according to these accompanying drawings.

Fig. 1 is the structural representation that the stalk that the utility model embodiment provides crushes baler；

Fig. 2 is the structural representation that the stalk that the utility model embodiment provides crushes drive device in baler；

Fig. 3 is the structural representation that the stalk that the utility model embodiment provides crushes harvesting apparatus in baler；

Fig. 4 is the structural representation that the stalk that the utility model embodiment provides crushes conveying device in baler；

Fig. 5 is that the structure of binding apparatus when the stalk that the utility model embodiment provides crushes the closing of baler middle outlet is shown It is intended to；

Fig. 6 is that the structure of binding apparatus when the stalk that the utility model embodiment provides crushes the unlatching of baler middle outlet is shown It is intended to.

Icon：100- stalks crush baler；110- drive devices；111- first gear casees；The input shafts of 1111- first； The output shafts of 1113- first；The output shafts of 1115- second；113- second gear casees；The input shafts of 1131- second；1133- the 3rd is exported Axle；The output shafts of 1135- the 4th；130- harvesting apparatus；131- disintegrating mechanisms；132- stationary knife components；1321- stationary knifes；1323- stationary knifes Fixed plate；133- pulverizing chambers；1331- charging apertures；1333- discharging openings；134- moving knife components；1341- driving members；1342- first Belt pulley；1343- flail knife rollers；The belt pulleys of 1344- second；1345- moving knife；1346- belts；150- conveying devices；151- is fed Mechanism；1511- feeds rotating shaft；1513- helical blades；153- grass scraping plates；155- keeps off straw mulch plate；157- back shrouds；170- bundlings Device；171- bundlings forming room；1711- entrances；1713- is exported；173- cylinder mechanisms；1731- rollers；1733- sprocket wheels； 1735- driving chains；1737- synchronization chains；175- Chan Wang mechanisms；1751- sensors；1753- controllers；1755- twines wire stitcher； 190- frames；191- feeding mouths.

Embodiment

It is new below in conjunction with this practicality to make the purpose, technical scheme and advantage of the utility model embodiment clearer Accompanying drawing in type embodiment, the technical scheme in the embodiment of the utility model is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model part of the embodiment, rather than whole embodiments.Generally here described in accompanying drawing and The component of the utility model embodiment shown can be configured to arrange and design with a variety of.

Therefore, the detailed description of the embodiment of the present utility model to providing in the accompanying drawings is not intended to limit requirement below The scope of the utility model of protection, but it is merely representative of selected embodiment of the present utility model.Based in the utility model Embodiment, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made, all Belong to the scope of the utility model protection.

It should be noted that：Similar label and letter represents similar terms in following accompanying drawing, therefore, once a certain Xiang Yi It is defined, then it further need not be defined and explained in subsequent accompanying drawing in individual accompanying drawing.

, it is necessary to explanation, the finger such as term " interior ", " outer ", " on ", " under ", " level " in description of the present utility model The orientation or position relationship shown is based on orientation shown in the drawings or position relationship, or is used to during the utility model product use The orientation or position relationship often put, it is for only for ease of description the utility model and simplifies description, rather than indicates or imply Signified device or element must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that to this The limitation of utility model.In addition, term " first ", " second ", " the 3rd ", " the 4th " etc. are only used for distinguishing description, and can not manage Solve to indicate or implying relative importance.

In description of the present utility model, it is also necessary to which explanation, unless otherwise clearly defined and limited, term " are set Put ", " connected ", " installation ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, Or it is integrally connected；Can be mechanical connection or electrical connection；Can be joined directly together, intermediary can also be passed through It is indirectly connected, can is the connection of two element internals.For the ordinary skill in the art, can be managed with concrete condition Solve concrete meaning of the above-mentioned term in the utility model.

Below in conjunction with the accompanying drawings, some embodiments of the present utility model are elaborated.In the case where not conflicting, under Feature in the embodiment stated can be mutually combined.

Embodiment

Fig. 1 is refer to, the utility model embodiment provides a kind of stalk and crushes bundling system useable (not shown), for field Stalk in ground is crushed and bundling.Its mechanization degree is high, disposably stalk can be completed to crush and bundling is processed, drop Low processing cost, the utilization rate of stalk is improved, it is practical, it is cost-effective.The stalk, which crushes bundling system useable, includes traction agricultural machinery (not shown) and stalk crush baler 100.Stalk crushes baler 100 and moved forward under the traction of traction agricultural machinery, to field Stalk in ground harvested, is crushed and bundling, and straw collecting is got up.

Stalk, which crushes baler 100, includes drive device 110, harvesting apparatus 130, conveying device 150, binding apparatus 170 With frame 190.Frame 190 is connected with traction agricultural machinery, to be moved forward under the drive of traction agricultural machinery.Frame 190, which is provided with, feeds Entrance 191, for harvesting the stalk for lodging or standing in field.Harvesting apparatus 130 is installed in frame 190, and with feeding Mouth 191 connects, and is crushed with the stalk harvested to feeding mouth 191.Harvesting apparatus 130 is filled by conveying device 150 and bundling 170 connections are put, the stalk after crushing is transported in binding apparatus 170 and carries out bundling and discharging.Drive device 110 is distinguished It is connected with traction agricultural machinery, harvesting apparatus 130, conveying device 150 and binding apparatus 170.Traction agricultural machinery inputs to drive device 110 Power, drive device 110 export power to harvesting apparatus 130, conveying device 150 and binding apparatus 170 respectively, so that harvest fills Put 130, conveying device 150 and binding apparatus 170 carries out operation.

Drive device 110 includes first gear case 111 and second gear case 113.First gear case 111 and second gear case 113 are mounted in frame 190, to export power to harvesting apparatus 130, conveying device 150 and binding apparatus 170 respectively.

Fig. 2 is refer to, first gear case 111 is provided with the first input shaft 1111, the first output shaft 1113 and the second output Axle 1115, the first input shaft 1111 are connected with the first output shaft 1113 and the second output shaft 1115 respectively.First input shaft 1111 are connected with traction agricultural machinery, to receive the power for drawing agricultural machinery transmission.First output shaft 1113 passes with harvesting apparatus 130 Dynamic connection, to provide power to harvesting apparatus 130.Second output shaft 1115 is connected with the second input shaft 1131, with to Two gear-boxes 113 provide power.

Second gear case 113 sets the second input shaft 1131, the 3rd output shaft 1133 and the 4th output shaft 1135, and second is defeated Enter axle 1131 to be connected with the 3rd output shaft 1133 and the 4th output shaft 1135 respectively.3rd output shaft 1133 and conveying device 150 drive connections, to provide power to conveying device 150.4th output shaft 1135 is connected with binding apparatus 170, with to Binding apparatus 170 provides power.

Fig. 3 is refer to, harvesting apparatus 130 includes disintegrating mechanism 131 and pulverizing chamber 133.Pulverizing chamber 133 is provided with charging aperture 1331 and discharging opening 1333, charging aperture 1331 be connected with feeding mouth 191, to collect the stalk on ground.Discharging opening 1333 and conveying Device 150 connects, so that the stalk after crushing is sent into binding apparatus 170 by conveying device 150.Disintegrating mechanism 131 is installed on In pulverizing chamber 133, and it is connected with the first output shaft 1113, to be crushed to stalk.

It is worth noting that, pulverizing chamber 133 is detachably connected with frame 190, with the straw of the crops such as harvesting corn, cotton Stalk, it is not limited to this, pulverizing chamber 133 can also be unloaded, pickup is removably mounted in frame 190, to receive The stalk of the crops such as herbage, straw, rice straw is obtained, stalk is crushed baler 100 and harvests various crop stalk, adaptability is very By force.

Disintegrating mechanism 131 includes stationary knife component 132 and moving knife component 134.Moving knife component 134 is installed in pulverizing chamber 133, And be connected with the first output shaft 1113, to be rotated in the presence of the first output shaft 1113, stalk is crushed.Stationary knife Component 132 is connected with pulverizing chamber 133, and the position of moving knife component 134 and the position of stationary knife component 132 are mutually corresponding, and middle shape Into gap, stalk is from gap by completing to crush under the collective effect of stationary knife component 132 and moving knife component 134.

In the present embodiment, stationary knife component 132 includes stationary knife fixed plate 1323 and multiple stationary knifes 1321.Multiple stationary knifes 1321 are solid In stationary knife fixed plate 1323, stationary knife fixed plate 1323 is detachably connected with pulverizing chamber 133, is easily installed and is safeguarded for Dingan County.

Moving knife component 134 includes driving member 1341, flail knife roller 1343 and multiple moving knife 1345.Multiple moving knife 1345 are fixed Flail knife roller 1343 is installed on, and uniform spiral is arranged on flail knife roller 1343, to realize to the uniform cutting and grinding of stalk.Flail knife Roller 1343 is provided with rotary shaft (figure is not marked), and rotary shaft is connected by driving member 1341 with the first output shaft 1113, with first Rotated under the drive of output shaft 1113.

Driving member 1341 includes the first belt pulley 1342, the second belt pulley 1344 and belt 1346.First belt pulley 1342 Diameter be less than the diameter of the second belt pulley 1344, be delivered to rotating speed in rotary shaft to increase by the first output shaft 1113.First Belt pulley 1342 is connected by belt 1346 with the second belt pulley 1344, and the first belt pulley 1342 is fixedly installed in rotary shaft, Second belt pulley 1344 is fixedly installed on the first output shaft 1113.

Fig. 4 is refer to, conveying device 150 includes intake mechanism 151, grass scraping plate 153, gear straw mulch plate 155 and back shroud 157.Gear straw mulch plate 155 and back shroud 157 are arranged at intervals, and form feeding cavity (figure is not marked).One end of feeding cavity is with going out Material mouth 1333 connects, and the other end connects with binding apparatus 170.Grass scraping plate 153 is fixedly installed in feeding cavity, intake mechanism 151 are installed in feeding cavity, and the stalk after crushing enters binding apparatus between intake mechanism 151 and grass scraping plate 153 170。

In the present embodiment, intake mechanism 151 includes feeding rotating shaft 1511 and helical blade 1513.Helical blade 1513 is fixed The lateral wall of feeding rotating shaft 1511 is installed on, feeding rotating shaft 1511 is connected with the 3rd output shaft 1133, with the 3rd output Rotated under the drive of axle 1133, so as to drive helical blade 1513 to rotate, realize the stalk after crushing in helical blade Feeding between 1513 and grass scraping plate 153.

Fig. 5 is refer to, binding apparatus 170 includes bundling forming room 171, cylinder mechanism 173 and Chan Wang mechanisms 175.Bundling Forming room 171 is provided with entrance 1711 and outlet 1713, and entrance 1711 connects with feeding cavity, to collect the stalk after crushing. Outlet 1713 can be turned on or off in the presence of hydraulic-driven, in order to unload stalk or twine net to stalk.Roller machine Structure 173 is installed in bundling forming room 171, to carry out compaction moulding to the stalk after crushing.Chan Wang mechanisms 175 are installed on frame On 190, and it is connected with cylinder mechanism 173, to carry out twining net to the stalk after crushing.When exporting 1713 closing, cylinder mechanism Stalk after 173 compacting crushing, in the state of the stalk of compacting is stacked into preset pressure, Chan Wang mechanisms 175 start, to stalk Carry out twining net, after twining net, hydraulic-driven control outlet 1713 is opened, and is twined the stalk netted and is dropped out bundling forming room 171, complete Into discharging.

It refer to Fig. 6, in the present embodiment, cylinder mechanism 173 includes multiple rollers 1731, sprocket wheel 1733, driving chain 1735 and synchronization chain 1737.Multiple 1731 rounded arrays of roller are arranged in bundling forming room 171, and with bundling forming room 171 rotation connections, to be compacted to the stalk after crushing.Multiple rollers 1731 are connected by synchronization chain 1737, to realize Synchronous axial system between multiple rollers 1731.Sprocket wheel 1733 is connected with a roller 1731, and passes through driving chain 1735 and Four output shafts 1135 connect, so that multiple rollers 1731 rotate in the presence of the 4th output shaft 1135.

Fig. 5 is continued referring to, Chan Wang mechanisms 175 include sensor 1751, controller 1753 and twine wire stitcher 1755.Sensor 1751 are installed in bundling forming room 171, and are connected with controller 1753, for sensing the straw in bundling forming room 171 Control signal is sent to controller 1753 when stalk is stacked into preset pressure, controller 1753 is connected with twining wire stitcher 1755, for connecing Control signal is received, and control twines wire stitcher 1755 and stalk is carried out to twine net.When the stalk in bundling forming room 171 is stacked into default pressure During power, bundling forming room 171 is softened a gap, and sensor 1751 sends control signal, controller to controller 1753 1753 controls twine wire stitcher 1755 and twine net to the stalk being molded, and then cut off net, and now hydraulic-driven control outlet 1713 is opened Open, twine the stalk netted and drop to ground under gravity, realize the process of automatic bundling.

The stalk that the utility model embodiment provides crushes baler 100, and traction agricultural machinery provides to the first input shaft 1111 Power, the first input shaft 1111 impart power to harvesting apparatus 130, and stalk enters harvesting apparatus 130 by feeding mouth 191, And being crushed in the presence of harvesting apparatus 130, the stalk after crushing enters conveying device 150, and in the 3rd output Transported forward in the presence of axle 1133, into binding apparatus 170, binding apparatus 170 is right in the presence of the 4th output shaft 1135 Stalk after crushing carries out twining net, finally exports 1713 and opens discharging.Compared with baler of the prior art, the utility model The stalk of offer crushes baler 100 and filled as a result of the first gear case 111 being connected with harvesting apparatus 130 and with conveying The second gear case 113 of 150 and the connection of binding apparatus 170 is put, so the crushing to stalk and bundling can be completed disposably Processing, processing cost is reduced, improve processing efficiency, improve the utilization rate of stalk, mechanization degree is high, practical, cost performance Height, make stalk crushing bundling system useable economical and practical, perfect in shape and function.

Preferred embodiment of the present utility model is these are only, is not limited to the utility model, for this area Technical staff for, the utility model can have various modifications and variations.It is all within the spirit and principles of the utility model, Any modification, equivalent substitution and improvements made etc., should be included within the scope of protection of the utility model.

Claims (10)

1. a kind of stalk crushes baler, bundling system useable is crushed applied to stalk, the stalk, which crushes bundling system useable, includes traction Agricultural machinery, it is characterised in that the stalk, which crushes baler, includes drive device, harvesting apparatus, conveying device, binding apparatus and machine Frame, the frame are used to be connected with the traction agricultural machinery, and the frame is provided with feeding mouth, and the harvesting apparatus is installed on described In frame, and connected with the feeding mouth, the harvesting apparatus is connected by the conveying device with the binding apparatus, described Drive device includes first gear case and second gear case, and the first gear case and the second gear case are mounted on described In frame, the first gear case is provided with the first input shaft, the first output shaft and the second output shaft, first input shaft point It is not connected with first output shaft and second output shaft, the second gear case sets the second input shaft, the 3rd Output shaft and the 4th output shaft, second input shaft connect with the 3rd output shaft and the 4th output shaft transmission respectively Connect, first input shaft is used to be driven with the harvesting apparatus with the traction agricultural machinery drive connection, first output shaft Connection, second output shaft are connected with second input shaft, and the 3rd output shaft is driven with the conveying device Connection, the 4th output shaft are connected with the binding apparatus.

2. stalk according to claim 1 crushes baler, it is characterised in that the harvesting apparatus include disintegrating mechanism and Pulverizing chamber, the pulverizing chamber are provided with charging aperture and discharging opening, and the charging aperture is connected with the feeding mouth, the discharging opening with The conveying device connection, the disintegrating mechanism are installed in the pulverizing chamber, and are connected with first output shaft.

3. stalk according to claim 2 crushes baler, it is characterised in that the disintegrating mechanism include stationary knife component and Moving knife component, the moving knife component are installed in the pulverizing chamber, and are connected with first output shaft, the stationary knife group Part is connected with the pulverizing chamber, and the position of the moving knife component and the position of the stationary knife component are mutually corresponding.

4. stalk according to claim 3 crushes baler, it is characterised in that the stationary knife component includes stationary knife fixed plate With multiple stationary knifes, multiple stationary knifes are fixedly mounted in the stationary knife fixed plate, the stationary knife fixed plate and the pulverizing chamber It is detachably connected.

5. stalk according to claim 3 crushes baler, it is characterised in that the moving knife component includes driving member, got rid of Rotor and multiple moving knife, multiple moving knife are fixedly installed in the flail knife roller, and uniform spiral is arranged at the flail knife roller On, the flail knife roller is provided with rotary shaft, and the rotary shaft passes through the driving member and the described first output axis connection.

6. stalk according to claim 5 crushes baler, it is characterised in that the driving member include the first belt pulley, Second belt pulley and belt, first belt pulley are connected by the belt with second belt pulley, first belt Wheel is fixedly installed in the rotary shaft, and second belt pulley is fixedly installed on first output shaft.

7. stalk according to claim 2 crushes baler, it is characterised in that the conveying device include intake mechanism, Grass scraping plate, gear straw mulch plate and back shroud, the gear straw mulch plate and the back shroud are arranged at intervals, and form feeding cavity, described One end of feeding cavity is connected with the discharging opening, and the other end connects with the binding apparatus, and the grass scraping plate is fixedly installed in In the feeding cavity, the intake mechanism includes feeding rotating shaft and helical blade, and the helical blade is fixedly installed in described The lateral wall of rotating shaft is fed, the feeding rotating shaft is connected with the 3rd output shaft.

8. stalk according to claim 7 crushes baler, it is characterised in that the binding apparatus is molded including bundling Room, cylinder mechanism and Chan Wang mechanisms, the bundling forming room are provided with entrance and exit, and the entrance connects with the feeding cavity Logical, the outlet can be turned on or off, and the cylinder mechanism includes multiple rollers, sprocket wheel, synchronization chain and driving chain, more The individual rounded array of the roller is arranged in the bundling forming room, and is rotatablely connected with the bundling forming room, Duo Gesuo State roller to connect by the synchronization chain, the sprocket wheel is connected with a roller, and passes through the driving chain and institute The 4th output axis connection is stated, the Chan Wang mechanisms are installed in the frame, and are connected with the cylinder mechanism.

9. stalk according to claim 8 crushes baler, it is characterised in that the Chan Wang mechanisms include sensor, control Device processed and wire stitcher is twined, the sensor is installed in the bundling forming room, and is connected with the controller, for sensing When stalk in the bundling forming room is stacked into preset pressure control signal, the controller and institute are sent to the controller State and twine wire stitcher connection, for receiving the control signal, and twine wire stitcher described in control and the stalk is carried out to twine net.

10. a kind of stalk crushes bundling system useable, it is characterised in that the stalk, which crushes bundling system useable, includes traction agricultural machinery and stalk Baler is crushed, the stalk, which crushes baler, includes drive device, harvesting apparatus, conveying device, binding apparatus and frame, institute Frame to be stated to be connected with the traction agricultural machinery, the frame is provided with feeding mouth, and the harvesting apparatus is installed in the frame, and Connected with the feeding mouth, the harvesting apparatus is connected by the conveying device with the binding apparatus, the drive device Including first gear case and second gear case, the first gear case and the second gear case are mounted in the frame, The first gear case is provided with the first input shaft, the first output shaft and the second output shaft, first input shaft respectively with institute The first output shaft and second output shaft drive connection are stated, the second gear case sets the second input shaft, the 3rd output shaft With the 4th output shaft, second input shaft is connected with the 3rd output shaft and the 4th output shaft respectively, described First input shaft is connected with the traction agricultural machinery drive connection, first output shaft and the harvesting apparatus, and described the Two output shafts and second input shaft are connected, and the 3rd output shaft is connected with the conveying device, and described the Four output shafts are connected with the binding apparatus.