CN209597304U - Twin shaft hay breaking machine - Google Patents
Twin shaft hay breaking machine Download PDFInfo
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- CN209597304U CN209597304U CN201822270657.6U CN201822270657U CN209597304U CN 209597304 U CN209597304 U CN 209597304U CN 201822270657 U CN201822270657 U CN 201822270657U CN 209597304 U CN209597304 U CN 209597304U
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Abstract
The utility model provides a kind of twin shaft hay breaking machine, rack including being used to form bottom support, it is set in rack and is used to form the casing of guillotine cutting chamber and crushing chamber, it is set on casing and for material to be input to the intracavitary feeding mechanism of guillotine cutting outside casing and is set on casing and is used to exporting material into the discharging mechanism to outside casing out of crushing chamber, twin shaft hay breaking machine further includes the tool axis through casing, through casing and the main shaft parallel with tool axis, it is set on tool axis and intracavitary for carrying out guillotine cutting and by material from the intracavitary guillotine cutting mechanism brought into crushing chamber of guillotine cutting to material in guillotine cutting, it is set on main shaft and in the interior disintegrating mechanism for being used to crush material of crushing chamber and for driving tool axis and main shaft while rotation to drive guillotine cutting mechanism and disintegrating mechanism to rotate to material progress The driving mechanism of guillotine cutting and crushing.Material first passes through guillotine cutting, then by crushing, material can be made to reach enough degrees of grinding.
Description
Technical field
The utility model relates to hay cutter technical fields, particularly, are related to a kind of twin shaft hay breaking machine.
Background technique
Hay cutter is to be produced by modes such as guillotine cuttings applicable with crops such as corn stover, wheat straw, straw for processing material
In the feed-processing equipment of the feed of cultivation ox, sheep, horse, deer.Existing hay cutter is all to be carried out by blade rotation to material
Guillotine cutting is directly dropped out below blade after guillotine cutting, and this mode is only used for coarse crushing, cannot reach crushing effect.
Utility model content
The utility model provides a kind of twin shaft hay breaking machine, cannot reach crushing effect to solve existing hay cutter
The problem of.
The technical solution adopted in the utility model is as follows:
A kind of twin shaft hay breaking machine, including being used to form the rack of bottom support, being set in rack and be used to form
The casing of guillotine cutting chamber and crushing chamber is set on casing and for material to be input to the intracavitary feeding mechanism of guillotine cutting outside casing
And be set on casing and be used to exporting material into the discharging mechanism to outside casing out of crushing chamber, twin shaft hay breaking machine is also
Including through casing tool axis, through casing and the main shaft parallel with tool axis, be set on tool axis and in guillotine cutting chamber
It is interior for material carry out guillotine cutting and by material from the intracavitary guillotine cutting mechanism brought into crushing chamber of guillotine cutting, be set on main shaft simultaneously
Disintegrating mechanism in crushing chamber for being crushed to material and for driving tool axis and main shaft to rotate simultaneously with band
Dynamic guillotine cutting mechanism and disintegrating mechanism rotation are to the driving mechanism to material progress guillotine cutting and crushing.
Further, guillotine cutting mechanism includes the fixed blade being set on casing, is sheathed on tool axis and for knife
Frame axis rotation knife rest and it is multiple be set on knife rest and for blade holder turns so as to fixed blade cooperation to material into
The movable blades of row guillotine cutting；Fixed blade is along the axially extending of tool axis, and movable blades are along the axially extending of tool axis, multiple work
Cutting blade is uniformly distributed along the circumferential direction of tool axis.
Further, disintegrating mechanism includes being sheathed on main shaft and for the helical blade with main axis, helical blade
It is equipped with multiple crushing tooths for being crushed to material.
Further, disintegrating mechanism further includes being sheathed on main shaft and for the fixed plate with main axis, multiple settings
In the hammer slice axis in fixed plate and for rotating with fixed plate and it is sheathed on the hammer on hammer slice axis and being used to rotate with hammer slice axis
Piece, hammer leaf are equipped with multiple for carrying out hammering the broken tooth of broken hammer into shape to material；Hammer slice axis is along the axially extending of main shaft, and hammer leaf is along hammer leaf
The radial of axis is laid, and multiple hammer slice axis are uniformly distributed along the circumferential direction of main shaft.
Further, feeding mechanism includes through casing and for the drum shaft being rotated by, the set in driving mechanism
Roller on drum shaft and for rotate with drum shaft, two be set on casing and the opposite side plates laid, run through two
It a side plate and the roller carrier shaft parallel with drum shaft, the carrying roller being sheathed on roller carrier shaft and is sheathed on roller and carrying roller and is used for
The conveyer belt rotated with roller；Mounting hole of the roller carrier shaft on side plate is kidney slot, and the both ends of roller carrier shaft are respectively equipped with and side plate
It connects and is used for position of the holder for regulating roll shaft in mounting hole to prevent the spring of belt deflection.
Further, feeding mechanism further include through casing and for driving mechanism the pressure roller shaft being rotated by and
It is sheathed in pressure roller shaft and drives material mobile for rotating with pressure roller shaft and compress the pressure roller of material.
Further, discharging mechanism includes being sheathed on main shaft and being used for the discharging fan blade with main axis and be set to machine
On shell and for material to be exported to the first discharge bucket to outside casing out of crushing chamber under the blowing of discharging fan blade.
Further, be detachably equipped on casing for by crushing chamber be divided into coarse crushing chamber and finely divided chamber every
Plate, coarse crushing chamber are connected to guillotine cutting chamber, and finely divided chamber is connected to the first discharge bucket, and discharging mechanism further includes being set on casing simultaneously
For exporting material from coarse crushing is intracavitary to the second discharge bucket outside casing.
Further, driving mechanism includes the motor being set in rack, is set on the output shaft of motor and is used in combination
In motor the first belt pulley being rotated by, be sheathed on main shaft and for the first belt pulley by belt transmission
With drive the second belt pulley of main axis, be sheathed on tool axis one end and for the second belt pulley by belt be driven with
It drives the third belt pulley of tool axis rotation, be sheathed on the other end of tool axis and the 4th belt for rotating with tool axis
Take turns, be sheathed in pressure roller shaft and driven for being driven with the 4th belt pulley by belt the 5th belt pulley of pressure roller shaft rotation with
And for cooperating the gear to drive drum shaft to rotate with the 5th belt pulley.
Further, bottom of the frame is equipped with the traveling wheel of multiple twin shaft hay breaking machines easy to remove.
The utility model has the following beneficial effects:
The twin shaft hay breaking machine of the utility model, including rack, casing, feeding mechanism, discharging mechanism, tool axis, master
Axis, guillotine cutting mechanism, disintegrating mechanism and driving mechanism.Rack can form bottom support to casing, and casing is made to be in suitable
Highly, convenient for charging.The inner cavity of casing is divided into guillotine cutting chamber and crushing chamber.When needing to carry out guillotine cutting to material and crush, first lead to
Crossing feeding mechanism, that material is input to guillotine cutting outside casing is intracavitary, then drives tool axis and main shaft to turn simultaneously by driving mechanism
Dynamic, tool axis, which drives, carries out guillotine cutting to material in the intracavitary guillotine cutting mechanism rotation of guillotine cutting, and the rotation of guillotine cutting mechanism is by material from hand hay cutter
Cut it is intracavitary bring into crushing chamber, main shaft drives the disintegrating mechanism rotation in the crushing chamber to crush material, finally leads to
It crosses discharging mechanism and exports material to outside casing out of crushing chamber.Material first passes through guillotine cutting and obtains fracture, and then fracture passes through powder
It is broken to obtain particle, material can be made to reach enough degrees of grinding.It is rotated by tool axis and drives the rotation of guillotine cutting mechanism, pass through main shaft
Rotation drives disintegrating mechanism rotation, can be controlled separately the revolving speed of guillotine cutting mechanism and disintegrating mechanism, reaches better guillotine cutting and powder
Broken effect.
Other than objects, features and advantages described above, there are also other purposes, feature and excellent for the utility model
Point.Below with reference to accompanying drawings, the utility model is described in further detail.
Detailed description of the invention
The attached drawing constituted part of this application is used to provide a further understanding of the present invention, the utility model
Illustrative embodiments and their description are not constituteed improper limits to the present invention for explaining the utility model.In attached drawing
In:
Fig. 1 is one of the schematic diagram of the twin shaft hay breaking machine of the preferred embodiment in the utility model；
Fig. 2 is the two of the schematic diagram of the twin shaft hay breaking machine of the preferred embodiment in the utility model.
Description of symbols:
1, rack；11, traveling wheel；2, casing；21, partition；31, drum shaft；32, roller；33, side plate；34, roller carrier shaft；
35, carrying roller；36, conveyer belt；37, spring；38, pressure roller shaft；39, pressure roller；41, discharge fan blade；42, the first discharge bucket；43, second
Discharge bucket；5, tool axis；6, main shaft；71, fixed blade；72, knife rest；73, movable blades；81, helical blade；82, fixed plate；
83, hammer slice axis；84, hammer leaf；91, motor；92, the second belt pulley；93, third belt pulley；94, the 4th belt pulley；95, the 5th
Belt pulley；96, gear.
Specific embodiment
It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase
Mutually combination.The utility model will be described in detail below with reference to the accompanying drawings and embodiments.
Fig. 1 is one of the schematic diagram of the twin shaft hay breaking machine of the preferred embodiment in the utility model；Fig. 2 is the utility model
The two of the schematic diagram of the twin shaft hay breaking machine of preferred embodiment.
As depicted in figs. 1 and 2, the twin shaft hay breaking machine of the present embodiment, including be used to form bottom support rack 1,
Be set in rack 1 and be used to form the casing 2 of guillotine cutting chamber and crushing chamber, be set on casing 2 and for by material from casing 2
It is input to the intracavitary feeding mechanism of guillotine cutting outside and is set on casing 2 and is used to export material to casing 2 out of crushing chamber
Outer discharging mechanism, twin shaft hay breaking machine further include through the tool axis 5 of casing 2, through casing 2 and parallel with tool axis 5
Main shaft 6, be set on tool axis 5 and intracavitary for carrying out guillotine cutting to material and bringing material from guillotine cutting is intracavitary into guillotine cutting
Guillotine cutting mechanism in crushing chamber is set on main shaft 6 and the disintegrating mechanism in crushing chamber for being crushed to material
And for driving tool axis 5 and main shaft 6 while rotation to drive guillotine cutting mechanism and disintegrating mechanism to rotate to carry out material
The driving mechanism of guillotine cutting and crushing.The twin shaft hay breaking machine of the utility model, including rack 1, casing 2, feeding mechanism, discharging
Mechanism, tool axis 5, main shaft 6, guillotine cutting mechanism, disintegrating mechanism and driving mechanism.Rack 1 can form bottom branch to casing 2
Support makes casing 2 be in suitable height, convenient for charging.The inner cavity of casing 2 is divided into guillotine cutting chamber and crushing chamber.When needing to material
When carrying out guillotine cutting and crushing, first passing through feeding mechanism, that material is input to guillotine cutting outside casing 2 is intracavitary, then passes through driving mechanism
Driving tool axis 5 and main shaft 6 rotate simultaneously, and tool axis 5, which drives, to be rotated in the intracavitary guillotine cutting mechanism of guillotine cutting to carry out to material
Guillotine cutting, the rotation of guillotine cutting mechanism bring material to crushing chamber from guillotine cutting is intracavitary into, and main shaft 6 drives the pulverizer in crushing chamber
Structure is rotated to crush to material, exports material to outside casing 2 out of crushing chamber finally by discharging mechanism.Material first passes through
It crosses guillotine cutting and obtains fracture, then fracture obtains particle by crushing, and material can be made to reach enough degrees of grinding.Pass through tool axis
5 rotations drive the rotation of guillotine cutting mechanism, are rotated by main shaft 6 and drive disintegrating mechanism rotation, can be controlled separately guillotine cutting mechanism and powder
The revolving speed of broken mechanism reaches better guillotine cutting and crushing effect.
As depicted in figs. 1 and 2, in the present embodiment, guillotine cutting mechanism includes the fixed blade 71 being set on casing 2, is arranged
In on tool axis 5 and for the knife rest 72 that rotate with tool axis 5 and multiple being set on knife rest 72 and be used for 72 turns of knife rest
The dynamic movable blades 73 to carry out guillotine cutting to material with the cooperation of fixed blade 71.By feeding mechanism by material outside casing 2
It is input to the guillotine cutting position between fixed blade 71 and movable blades 73, movable blades 73 and fixed blade 71 of the material in rotation
Cooperation under by guillotine cutting at fracture.Optionally, fixed blade 71 is along the axially extending of tool axis 5, and movable blades 73 are along tool axis 5
It is axially extending, multiple movable blades 73 are uniformly distributed along the circumferential direction of tool axis 5.Fixed blade 71 is prolonged along the axial direction of tool axis 5
It stretches, movable blades 73 are axially extending along tool axis 5, so that the gap between fixed blade 71 and movable blades 73 is uniform, it can
To guarantee that the fracture length obtained with a guillotine cutting is uniform.Multiple movable blades 73 are uniformly distributed along the circumferential direction of tool axis 5, so that
The frequency of guillotine cutting is identical, it is ensured that the fracture length that multiple guillotine cutting obtains is identical.Optionally, fixed blade 71 is detachably installed
In on casing 2.By adjusting the installation site of fixed blade 71, adjust with can be convenient fixed blade 71 and movable blades 73 it
Between gap, can be adapted for different hardness, thickness material guillotine cutting, the length for the fracture that guillotine cutting obtains can also be controlled.
Optionally, movable blades 73 are removably mounted on knife rest 72.By adjusting the installation site of movable blades 73, it can be convenient ground
Adjust the gap between fixed blade 71 and movable blades 73, can be adapted for different hardness, thickness material guillotine cutting, may be used also
To control the length for the fracture that guillotine cutting obtains.
As depicted in figs. 1 and 2, in the present embodiment, disintegrating mechanism includes being sheathed on main shaft 6 and for rotating with main shaft 6
Helical blade 81, helical blade 81 be equipped with multiple crushing tooths for being crushed to material.Helical blade 81 is by multiple
Blade be connected it is spiral, fracture be fed mechanism from guillotine cutting is intracavitary be delivered in crushing chamber after, main shaft 6 drive helical blade 81
It rotates, the crushing tooth on the helical blade 81 that fracture is rotated crushes, and obtains particle.Helical blade 81 forms helical channel,
Fracture can be made to stop the longer time in crushing chamber, keep fracture more fully pulverized.
As depicted in figs. 1 and 2, in the present embodiment, disintegrating mechanism further includes being sheathed on main shaft 6 and for 6 turns of main shaft
Dynamic fixed plate 82, multiple hammer slice axis 83 being set in fixed plate 82 and for rotating with fixed plate 82 and it is sheathed on hammer leaf
On axis 83 and for the hammer leaf 84 that rotate with hammer slice axis 83, hammer leaf 84 be equipped with it is multiple be used to carry out material to hammer broken hammer into shape it is broken
Tooth.The rotation of main shaft 6 drives fixed plate 82 to rotate, and fixed plate 82 drives hammer slice axis 83 to rotate, and hammer slice axis 83 drives hammer leaf 84 to rotate,
The broken tooth hammer of the hammer on hammer leaf 84 that fracture is rotated is broken, obtains particle.Optionally, hammer slice axis 83 is along the axially extending of main shaft 6, hammer
Piece 84 is laid along the radial direction of hammer slice axis 83, and multiple hammer slice axis 83 are uniformly distributed along the circumferential direction of main shaft 6.Multiple hammer slice axis 83 are along main shaft
6 circumferential direction is uniformly distributed, and hammer leaf 84 can be made to be uniformly distributed, and can preferably hammer cataclasm material into shape.
As depicted in figs. 1 and 2, in the present embodiment, feeding mechanism includes through casing 2 and for the driving in driving mechanism
The drum shaft 31 of lower rotation is sheathed on drum shaft 31 and is set to casing 2 for rotate with drum shaft 31 32, two, roller
The upper and opposite side plate 33 laid through two side plates 33 and the roller carrier shaft 34 parallel with drum shaft 31, is sheathed on roller carrier shaft 34
On carrying roller 35 and be sheathed on roller 32 and carrying roller 35 and the conveyer belt 36 for being rotated with roller 32.Driving mechanism driving
Drum shaft 31 rotates, and drum shaft 31 drives roller 32 to rotate, and 32 driving conveying belt 36 of roller rotation, the rotation of conveyer belt 36 will conveying
It is intracavitary that guillotine cutting is delivered to the material on 36.Conveyer belt 36 drives carrying roller 35 to rotate around roller carrier shaft 34, and carrying roller 35 can be to conveying
Band 36 alters course, and conveyer belt 36 is made to form closed loop.Optionally, mounting hole of the roller carrier shaft 34 on side plate 33 is kidney slot, support
The both ends of roll shaft 34, which are respectively equipped with, to be connect and for position of the holder for regulating roll shaft 34 in mounting hole to prevent from conveying with side plate 33
Spring 37 with 36 sideslips.When conveyer belt 36 is to certain side sideslip, position of the roller carrier shaft 34 in mounting hole changes, bullet
Spring 37 is compressed or is stretched, and the elastic force that 37 deformation of spring generates can make roller carrier shaft 34 be returned to original position, to prevent defeated
Send band 36 sideslip.
As depicted in figs. 1 and 2, in the present embodiment, feeding mechanism further includes through casing 2 and for the drive in driving mechanism
It moves the lower pressure roller shaft 38 rotated and is sheathed in pressure roller shaft 38 and is used for the rotation of pressure roller shaft 38 to drive material mobile and compress
The pressure roller 39 of material.Driving mechanism drives pressure roller shaft 38 to rotate, and pressure roller shaft 38 is rotated with dynamic pressure roller 39, and pressure roller 39 drives material to move
It is dynamic, so that material is entered guillotine cutting intracavitary.Pressure roller 39 can also compress material, prevent material stress during guillotine cutting from deviating from.
As shown in Fig. 2, discharging mechanism includes the discharging for being sheathed on main shaft 6 and being used to rotate with main shaft 6 in the present embodiment
It fan blade 41 and is set on casing 2 and for exporting material to outside casing 2 out of crushing chamber under the blowing of discharging fan blade 41
The first discharge bucket 42.The fan blade 41 that discharges is rotated with main shaft 6 generates wind-force, material can be passed through the first discharging out of crushing chamber
Bucket 42 is blowed to outside casing 2.
As shown in Fig. 2, be detachably equipped in the present embodiment, on casing 2 for by crushing chamber be divided into coarse crushing chamber and
The partition 21 of finely divided chamber, coarse crushing chamber are connected to guillotine cutting chamber, and finely divided chamber is connected to the first discharge bucket 42, and discharging mechanism also wraps
It includes and is set on casing 2 and for exporting material from coarse crushing is intracavitary to the second discharge bucket 43 outside casing 2.Partition 21 can be with
Control the thickness for the material being output to outside casing 2.When needing thinner material, partition 21 is dismantled to taking-up from casing 2,
Close the second discharge bucket 43, material passes through the abundant crushing of the intracavitary and finely divided intracavitary disintegrating mechanism of coarse crushing, and material is from the
One discharge bucket 42 is output to outside casing 2, available thinner material.When needing thicker material, partition 21 is installed
Onto casing 2, material only passes through the crushing of the intracavitary disintegrating mechanism of coarse crushing, and material is output to casing from the second discharge bucket 43
Outside 2, available thicker material.
As depicted in figs. 1 and 2, in the present embodiment, driving mechanism includes the motor 91 being set in rack 1, is set to
On the output shaft of motor 91 and for motor 91 the first belt pulley being rotated by, be sheathed on main shaft 6 and be used in combination
In be driven with the first belt pulley by belt with drive main shaft 6 rotate the second belt pulley 92, be sheathed on one end of tool axis 5 simultaneously
For being driven with the second belt pulley 92 by belt to drive the third belt pulley 93 of the rotation of tool axis 5, be sheathed on tool axis 5
The other end and for rotate with tool axis 5 the 4th belt pulley 94, be sheathed in pressure roller shaft 38 and be used for and the 4th belt pulley 94
The 5th belt pulley 95 to drive pressure roller shaft 38 to rotate is driven by belt and for cooperating with the 5th belt pulley 95 to drive
The gear 96 that drum shaft 31 rotates.91 output power of motor drives the first pulley rotation, and the first belt pulley is passed by belt
Dynamic to drive the rotation of the second belt pulley 92, the second belt pulley 92 can drive main shaft 6 to rotate.Second belt pulley 92 is also passed by belt
Dynamic that third belt pulley 93 is driven to rotate, third belt pulley 93 can drive tool axis 5 to rotate, and tool axis 5 drives the 4th belt pulley
94 rotations.4th belt pulley 94 moves the rotation of the 5th belt pulley 95 by belt driving band, and the 5th belt pulley 95 can be with dynamic pressure roller
Axis 38 rotates.5th belt pulley 95 can also be driven by gear 96 drives drum shaft 31 to rotate.
As depicted in figs. 1 and 2, in the present embodiment, 1 bottom of rack is equipped with the row of multiple twin shaft hay breaking machines easy to remove
Walk wheel 11.Traveling wheel 11 can allow operator easily to move twin shaft hay breaking machine.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (10)
1. a kind of twin shaft hay breaking machine, which is characterized in that
Including being used to form the rack (1) of bottom support, being set on the rack (1) and being used to form guillotine cutting chamber and crushing chamber
Casing (2), be set on the casing (2) and intracavitary for material to be input to the guillotine cutting outside the casing (2)
It feeding mechanism and is set on the casing (2) and for being exported material out of described crushing chamber to the casing (2) outside
Discharging mechanism,
The twin shaft hay breaking machine further include through the casing (2) tool axis (5), through the casing (2) and with institute
State the parallel main shaft (6) of tool axis (5), be set on the tool axis (5) and in the guillotine cutting it is intracavitary for material into
Row guillotine cutting and by material from the guillotine cutting it is intracavitary bring into in the crushing chamber guillotine cutting mechanism, be set on the main shaft (6)
And disintegrating mechanism in the crushing chamber for being crushed to material and for driving the tool axis (5) and described
Main shaft (6) is rotated simultaneously to drive the guillotine cutting mechanism and the disintegrating mechanism to rotate to material carry out guillotine cutting and crush
Driving mechanism.
2. twin shaft hay breaking machine according to claim 1, which is characterized in that
The guillotine cutting mechanism includes the fixed blade (71) being set on the casing (2), is sheathed on the tool axis (5) simultaneously
It knife rest (72) for being rotated with the tool axis (5) and multiple is set on the knife rest (72) and for the knife rest
(72) it rotates to carry out the movable blades (73) of guillotine cutting to material with the fixed blade (71) cooperation；
The fixed blade (71) is along the axially extending of the tool axis (5), and the movable blades (73) are along the tool axis (5)
It is axially extending, multiple movable blades (73) are uniformly distributed along the circumferential direction of the tool axis (5).
3. twin shaft hay breaking machine according to claim 1, which is characterized in that
The disintegrating mechanism includes the helical blade (81) for being sheathed on the main shaft (6) and being used to rotate with the main shaft (6),
The helical blade (81) is equipped with multiple crushing tooths for being crushed to material.
4. twin shaft hay breaking machine according to claim 3, which is characterized in that
The disintegrating mechanism further include be sheathed on the main shaft (6) and the fixed plate (82) for rotating with the main shaft (6),
It is multiple to be set to the hammer slice axis (83) on the fixed plate (82) and being used to rotate with the fixed plate (82) and be sheathed on institute
The hammer leaf (84) on hammer slice axis (83) and for rotating with the hammer slice axis (83) is stated, the hammer leaf (84) is equipped with multiple be used for
Material is carried out to hammer the broken tooth of broken hammer into shape；
The hammer slice axis (83) is along the axially extending of the main shaft (6), radial direction of the hammer leaf (84) along the hammer slice axis (83)
It lays, multiple hammer slice axis (83) are uniformly distributed along the circumferential direction of the main shaft (6).
5. twin shaft hay breaking machine according to claim 1, which is characterized in that
The feeding mechanism includes through the casing (2) and for the drum shaft being rotated by the driving mechanism
(31), be sheathed on the drum shaft (31) and the roller (32) for being rotated with the drum shaft (31), two be set to institute
The side plate (33) simultaneously laid relatively on casing (2) is stated, two side plates (33) are run through and is parallel with the drum shaft (31)
Roller carrier shaft (34), the carrying roller (35) being sheathed on the roller carrier shaft (34) and it is sheathed on the roller (32) and the carrying roller
(35) conveyer belt (36) on and for being rotated with the roller (32)；
Mounting hole of the roller carrier shaft (34) on the side plate (33) is kidney slot, and the both ends of the roller carrier shaft (34) are set respectively
Have and is connect with the side plate (33) and be used to adjust the position of the roller carrier shaft (34) in the mounting hole described defeated to prevent
Send the spring (37) of band (36) sideslip.
6. twin shaft hay breaking machine according to claim 5, which is characterized in that
The feeding mechanism further includes through the casing (2) and for the pressure roller shaft being rotated by the driving mechanism
(38) it and is sheathed on the pressure roller shaft (38) and drives material mobile for rotating with the pressure roller shaft (38) and compact
The pressure roller (39) of material.
7. twin shaft hay breaking machine according to claim 1, which is characterized in that
The discharging mechanism includes the discharging fan blade (41) for being sheathed on the main shaft (6) and being used to rotate with the main shaft (6)
Be set on the casing (2) and for exporting material out of described crushing chamber under the blowing of discharging fan blade (41)
To first discharge bucket (42) of the casing (2) outside.
8. twin shaft hay breaking machine according to claim 7, which is characterized in that
Partition for the crushing chamber to be divided into coarse crushing chamber and finely divided chamber is detachably installed on the casing (2)
(21), the coarse crushing chamber is connected to the guillotine cutting chamber, and the finely divided chamber is connected to first discharge bucket (42), it is described go out
Material mechanism further includes being set on the casing (2) and for exporting material from the coarse crushing is intracavitary to the casing (2)
Outer the second discharge bucket (43).
9. twin shaft hay breaking machine according to claim 6, which is characterized in that
The driving mechanism includes the motor (91) being set on the rack (1), is set to the defeated of the motor (91)
On shaft and for the motor (91) the first belt pulley being rotated by, be sheathed on the main shaft (6) and be used in combination
In be driven with first belt pulley by belt with drive the main shaft (6) rotate the second belt pulley (92), be sheathed on institute
State one end of tool axis (5) and for being driven by belt with second belt pulley (92) to drive the tool axis (5) to turn
Dynamic third belt pulley (93), the other end for being sheathed on the tool axis (5) and for being rotated with the tool axis (5) the 4th
Belt pulley (94) is sheathed on the pressure roller shaft (38) and for being driven with the 4th belt pulley (94) by belt to drive
The 5th belt pulley (95) and be used to cooperate with the 5th belt pulley (95) described to drive that the pressure roller shaft (38) rotates
The gear (96) of drum shaft (31) rotation.
10. described in any item twin shaft hay breaking machines according to claim 1~9, which is characterized in that
Rack (1) bottom is equipped with the traveling wheel (11) of multiple twin shaft hay breaking machines easy to remove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822270657.6U CN209597304U (en) | 2018-12-29 | 2018-12-29 | Twin shaft hay breaking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822270657.6U CN209597304U (en) | 2018-12-29 | 2018-12-29 | Twin shaft hay breaking machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209597304U true CN209597304U (en) | 2019-11-08 |
Family
ID=68398089
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822270657.6U Active CN209597304U (en) | 2018-12-29 | 2018-12-29 | Twin shaft hay breaking machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209597304U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114097440A (en) * | 2021-11-05 | 2022-03-01 | 常德振邦米业有限公司 | Smashing device for processing crop straws |
-
2018
- 2018-12-29 CN CN201822270657.6U patent/CN209597304U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114097440A (en) * | 2021-11-05 | 2022-03-01 | 常德振邦米业有限公司 | Smashing device for processing crop straws |
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