CN108308677A - A kind of feed granulator easy to remove - Google Patents
A kind of feed granulator easy to remove Download PDFInfo
- Publication number
- CN108308677A CN108308677A CN201810318054.0A CN201810318054A CN108308677A CN 108308677 A CN108308677 A CN 108308677A CN 201810318054 A CN201810318054 A CN 201810318054A CN 108308677 A CN108308677 A CN 108308677A
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- China
- Prior art keywords
- buck plate
- gear
- welded
- inlayed
- bearing
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Classifications
-
- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23K—FODDER
- A23K40/00—Shaping or working-up of animal feeding-stuffs
- A23K40/10—Shaping or working-up of animal feeding-stuffs by agglomeration; by granulation, e.g. making powders
-
- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23N—MACHINES OR APPARATUS FOR TREATING HARVESTED FRUIT, VEGETABLES OR FLOWER BULBS IN BULK, NOT OTHERWISE PROVIDED FOR; PEELING VEGETABLES OR FRUIT IN BULK; APPARATUS FOR PREPARING ANIMAL FEEDING- STUFFS
- A23N17/00—Apparatus specially adapted for preparing animal feeding-stuffs
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- Life Sciences & Earth Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Polymers & Plastics (AREA)
- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Zoology (AREA)
- Gears, Cams (AREA)
Abstract
The invention discloses a kind of feed granulators easy to remove,Its structure includes universal wheel,Drive stand,Discharge bucket,Granule-forming machine,Feed hopper,Motor buck plate,Motor,Push handle,Drive stand is cuboid,The equal interlocking in bottom end front and rear sides left has universal wheel,Top middle portion is vertically welded with motor buck plate,Grip handle lock is pushed to be connected on the right side of drive stand top,Motor and drive stand top Right vertical snapping,Left end and motor buck plate interlocking,Granule-forming machine and drive stand top left hand interlocking,It is welded with discharge bucket on the downside of front end,Top interlocking has feed hopper,When the present invention uses,The gear that can be equipped with by equipment,Drawstring,The mechanism of the compositions such as chain,When equipment being made to use,It can carry out the switching of manual movement and electric drive,It enables a device to need to carry out better move mode selection according to movement,And stable braking locking can also be carried out,Stabilization when enabling a device to ensure not move.
Description
Technical field
The present invention is a kind of feed granulator easy to remove, belongs to feed granulator field.
Background technology
Feed granulator belongs to feed granulating equipment.It is that powder is passed through for raw material with corn, dregs of beans, stalk, grass, rice husk etc.
The feed processing machinery of particle is directly compressed into after broken raw material.
Feed granulator is divided into ring moulds feed granulator, flat-die feed granulator, two pairs of rollers feed granulator；It can by purposes
It is divided into:Small-sized household pelleter, poultry feed granulator, small-sized poultry pelleter, fish feed pellets machine, rabbit are raised
Expect granulator, pannage granulator, straw feed granulator；It can be divided into again by production:Straw feed granulator, wheat bran feed
Grain machine, bean-dregs feed granulator, corn straw feedstuff granulator, sawdust feed granulator etc..A variety of different feed granulators,
With being different from classification for appearance and the mode of production
The prior art causes remote in use, be often merely able to be pushed or dragged for mobile use
It is time-consuming and laborious when mobile, it is more inconvenient, and motor driving is simply used, and make equipment in the mobile adjusting position of short distance
More inconvenient, easy movement is offside to be caused to collide with, inconvenience when leading to mobile.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of feed granulator easy to remove, with solution
Certainly the prior art causes when remote mobile in use, be often merely able to be pushed or dragged for mobile use
It is time-consuming and laborious, it is more inconvenient, and simply use motor driving, but make equipment in the mobile adjusting position of short distance more not
Just, it is easy the problem for the inconvenience that movement is offside to be caused to collide with, when leading to mobile.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of feed easy to remove
Granulator, structure include universal wheel, drive stand, discharge bucket, granule-forming machine, feed hopper, motor buck plate, motor, push away
Dynamic handle, the drive stand are cuboid, and the equal interlocking in bottom end front and rear sides left has universal wheel, top middle portion to be vertically welded with
Motor buck plate, the promotion grip handle lock are connected on the right side of drive stand top, the motor and drive stand top Right vertical
Snapping, left end and motor buck plate interlocking, the granule-forming machine and drive stand top left hand interlocking, front end downside are welded with
Discharge bucket, it includes brake anti-reverse return device, braking control device, universal wheel dress that top interlocking, which has feed hopper, the drive stand,
With seat, mobile assembling stand, lifting limiting plate, the first compressed spring, lifting limiting plate, lower layer's engine base, upper layer engine base, electric transmission
Device, mobile handoff device, driving transmission device, driving wheel, driving wheel assembly shaft, driving wheel buck plate, lower layer's machine
Seat is cuboid, and top is welded with upper layer engine base, and center bottom is inlayed equipped with mobile assembling stand, matched with mobile assembling stand gap
It closes, the mobile assembling stand is cuboid, and bottom end front and rear sides left is welded with universal wheel assembling stand, and the top left and right sides is
It is vertically welded with lifting limiting plate, the lifting limiting plate is equipped with 2 pieces, is welded at left and right sides of lower layer's base inner top, position
Above lifting limiting plate, center bottom is buckled in lifting limiting plate top by the first compressed spring cladding, described electronic
Transmission device is welded in lower layer's base inner top middle portion, is welded with mobile assembling stand top middle portion, with driving transmission device glue
It connects, welds on the right side of the driving transmission device and mobile assembling stand top, be glued with driving wheel assembly shaft, the driving wheel dress
Matching board is equipped with 2 pieces, and vertical welding lower section between mobile assembling stand bottom end front and rear sides right, 2 pieces, which is inlayed, is snapped with driving wheel
Shaft is assembled, the driving wheel assembly equal interlocking in shaft rear and front end has driving wheel, the mobile handoff device and lower layer's engine base
Welding, on the right side of lower layer's engine base, with mobile assembling stand left and right ends snapping：
The motor includes motor shaft, motor body, first bearing, helical gear, first bearing buck plate, the motor
Main body bottom end, which is inlayed, is snapped with motor shaft, by motor shaft through upper layer engine base, lower layer's engine base top right side and helical gear
Splicing is inlayed at middle part, and the first bearing buck plate is welded on the right side of lower layer's base inner top, and middle part, which is inlayed, is snapped with first
Bearing, the first bearing cladding are buckled on the downside of motor shaft, and the helical gear is located above electric transmission machanism right end.
Further, the anti-reverse return device of the brake include anti-backup kelly, the second compressed spring, anti-backup buck plate,
Link connecting rod, anti-backup control panel, anti-backup controls connecting rod, and the anti-backup buck plate is welded in lower layer's base inner bottom end left side
Side, it is triangle body that left end upside inlays splicing to have anti-backup kelly, the anti-backup kelly left end by the second compressed spring, tiltedly
Upper left, right end cuboid are faced, left end inlays snapping with braking control device, and bottom end Right vertical is welded with linkage connecting rod, institute
It states linkage connecting rod front end lower vertical and is welded with anti-backup controls connecting rod, the anti-backup controls connecting rod is through lower layer's engine base in anti-
Reverse back control panel rear end left side central portion vertical welding.
Further, the braking control device includes antiskid plate, first gear buck plate, first gear, brake control
Knob, brake controls connecting rod, brake lifter rack, anti-backup tooth socket, protection buck plate, the first gear buck plate are welded in
On the left of lower layer's base inner bottom end, it is located on the left of anti-backup buck plate, top is run through from front to back is snapped with brake controls connecting rod,
Top middle portion inlays by controls connecting rod of braking and is snapped with first gear, the brake controls connecting rod front end through lower layer's engine base and
Splicing is inlayed in the middle part of brake control handle rear end, the brake lifter rack right end integration is inlayed equipped with anti-backup tooth socket, led to
Anti-backup tooth socket and anti-backup kelly snapping are crossed, is engaged with first gear on the downside of left end, mobile assembling stand and protection are run through in bottom end
Buck plate top middle portion vertical welding, the protection buck plate lower horizontal interlocking have antiskid plate.
Further, the electric transmission machanism includes the first linkage shaft, second gear, second bearing, second bearing
Buck plate, the first sprocket wheel, second gear buck plate, the first chain, the second sprocket wheel, third gear buck plate, third gear, deflecting
Gear, assembly limiting plate, 3rd bearing, third compressed spring, deflecting assembly shaft, 3rd bearing buck plate, second axis
It installs matching board and is welded in mobile assembling stand top middle portion, middle part, which is inlayed, is snapped with second bearing, and the assembly limiting plate is welded in
Lower layer's base inner top middle portion, center bottom inlays splicing by third compressed spring 3rd bearing buck plate, with third
Bearing buck plate clearance fit, the 3rd bearing buck plate center bottom, which is inlayed, is snapped with 3rd bearing, the deflecting assembly
Snapping is inlayed in the middle part of shaft top and 3rd bearing, snapping is inlayed in the middle part of bottom end and second bearing, and the change gear coats glue
It is connected on the upside of deflecting assembly shaft, the third gear buck plate is welded on front side of mobile assembling stand top middle portion, and top is inlayed
It is snapped with third gear, by being engaged on front side of third gear and change gear bottom end, the 3rd bearing buck plate is welded in shifting
On front side of dynamic assembling stand top, it is set to third gear buck plate right, snapping is inlayed in top from front to back by the first linkage shaft
Have the first sprocket wheel, a second gear, first sprocket wheel, second gear are glued with the first linkage shaft, second sprocket wheel with
Driving transmission device is glued, and first chain is around headtotail after the first sprocket wheel left end and second gear right end.
Further, the mobile handoff device include the first fixed pulley, first locking buck plate, the 4th compressed spring,
First locking kelly, the second locking kelly, the 5th compressed spring, the second locking buck plate, the second fixed pulley, the first drawstring, the
Three fixed pulleys, first pulley buck plate, the 4th fixed pulley, second pulley buck plate, lifting buck plate, switching buck plate, torsion
Spring, pedal Assembly rail, pedal, the second drawstring, the 5th fixed pulley, the first locking buck plate are welded in lower layer's engine base right end
Downside, left end middle part is inlayed by the 4th compressed spring is snapped with the first locking kelly, passes through the first locking kelly and is filled with mobile
It with seat right end snapping, is inlayed on the right side of top and is snapped with the first fixed pulley, it is left that the second locking buck plate is welded in lower layer's engine base
End downside, right end middle part is inlayed by the 5th compressed spring is snapped with the second locking kelly, passes through the second locking kelly and movement
Assembling stand left end snapping, top left hand, which is inlayed, is snapped with the second fixed pulley, and the first pulley buck plate vertical welding is in lower layer
Base inner top left hand, center bottom, which is inlayed, is snapped with third fixed pulley, and the second pulley buck plate vertical welding is under
On the right side of layer base inner top, center bottom, which is inlayed, is snapped with the 4th fixed pulley, and the switching buck plate is welded in lower layer's engine base
In the middle part of internal right end, middle part is inlayed by torsionspring is snapped with pedal Assembly rail, by pedal Assembly rail on the left of pedal,
The pedal Assembly rail is glued with pedal, and the lifting buck plate is welded on the left of switching buck plate, inlays snapping in the middle part of left end
There are the 5th fixed pulley, first drawstring one end interlocking to be slided surely around the 5th fixed pulley, third in the pedal upper left corner, the other end
With interlocking in the middle part of the second locking kelly left end after wheel, the 4th fixed pulley, second drawstring one end interlocking is in the pedal upper left corner, separately
One end locks interlocking in the middle part of kelly right end around after the 5th fixed pulley, the first fixed pulley with first.
Further, the driving transmission device include third sprocket wheel, second linkage shaft, the second chain, the 4th sprocket wheel,
Link buck plate, and the linkage buck plate is welded in mobile assembling stand top, is located on the right side of second gear buck plate, top passes through
Second linkage shaft is inlayed and is snapped with third sprocket wheel, is glued with the second sprocket wheel by the second linkage shaft, the third sprocket wheel and
Second linkage shaft is glued, and the third sprocket wheel is set on front side of the second sprocket wheel, and the 4th sprocket wheel assembles shaft packet with driving wheel
Splicing is covered, second chain is around headtotail behind third sprocket wheel top, the 4th sprocket wheel bottom end.
Advantageous effect
In use, first, user can pass through feed hopper and carry out raw material a kind of feed granulator easy to remove of the present invention
Place, after can carry out granule-forming machine control by motor that control device is equipped with, so that raw material is squeezed into via granule-forming machine
Through being discharged by discharge bucket after type, and when equipment needs mobile, user can be by stepping on mobile handoff device that equipment is equipped with
Pedal makes the pedal other end rise, and then pedal is made to pull the first drawstring, the second drawstring, to make the first drawstring pull second
Locking kelly moves to left, and so that the second locking kelly is detached from the snapping to mobile assembling stand, while the second drawstring can also pull the first lock
Determine kelly to move to right, the first locking kelly is made also to be detached from the snapping to mobile assembling stand, to make mobile assembling stand top pressure first press
Contracting spring rises, and enables a device to carry out lifting switching to the mobile assembling stand of equipment by succinct pedal switch；Second, if
The standby electric transmission machanism being equipped with is when mobile assembling stand rises, the first linkage shaft provided therewith, second gear, the second axis
Hold, second bearing buck plate, the first sprocket wheel, second gear buck plate, the first chain, the second sprocket wheel, third gear buck plate,
Three gears, change gear, 3rd bearing, deflecting assembly shaft, 3rd bearing buck plate also can top pressure be equipped with third compression bullet
Spring follows rising, to make change gear right end that can be engaged with helical gear, can be become by motor body thereby using family
Driving to gear enables change gear to drive second gear to carry out variable speed drives by third gear, to make the second tooth
The first coaxial sprocket wheel of wheel follows rotation, and then the first sprocket wheel is made to pass through the first chain-driving 3rd bearing synchronous rotary, makes to set
It is standby in use, the mobile handoff device that can arrange in pairs or groups switch carry out manually push and electric drive move mode switch, more just
Move mode selection when movement；Third, after mobile determine, user can also pass through the brake of spin brake control device
Control handle makes brake control handle pass through brake controls connecting rod and drives first gear rotation, to enable first gear band
Dynamic brake lifter rack declines, and then brake lifter rack is made to drive protection buck plate and protect under the antiskid plate of buck plate assembly
Drop resists ground, stablizes to enable a device to carry out easily brake；4th, the anti-reverse return device that brakes is in braking control device
Brake lifter rack when declining, brake lifter rack can be buckled by anti-backup kelly, and due to anti-backup kelly upper left
Side is inclined-plane, and bottom end is plane, when brake lifter rack being made to decline can top pressure anti-backup kelly move to right, and then can be by when rising
Anti-backup kelly blocks, and to enable brake lifter rack to prevent top pressure reverse back when braking and using, ensure to use consolidates,
And user needs to release when braking, and anti-backup control panel can be made to pass through linkage connecting rod, anti-backup by moving to right anti-backup control panel
Controls connecting rod drives anti-backup kelly to move to right disengaging brake lifter rack, realizes unlock, in conclusion the present invention is in use, energy
The mechanism of the compositions such as enough gear, drawstring, chains being equipped with by equipment makes equipment in use, can be moved manually and electricity
The switching of dynamic driving enables a device to need to carry out better move mode selection according to movement, and can also carry out stabilization
Braking locking, stabilization when enabling a device to ensure not move.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of feed granulator easy to remove of the present invention.
Fig. 2 is the structural schematic diagram that drive stand of the present invention is connected with motor.
Fig. 3 is the detailed construction schematic diagram that drive stand of the present invention is connected with motor.
Fig. 4 is the structural schematic diagram of A in Fig. 3 of the present invention.
Fig. 5 is the structural schematic diagram of B in Fig. 3 of the present invention.
Fig. 6 is the structural schematic diagram of C in Fig. 3 of the present invention.
In figure：Universal wheel -1, drive stand -2, discharge bucket -3, granule-forming machine -4, feed hopper -5, motor buck plate -6,
Motor -7 pushes handle -8, the anti-reverse return device -201 of brake, braking control device -202, universal wheel assembling stand -203, mobile dress
With seat -204, lifting limiting plate -205, the first compressed spring -206, lifting limiting plate -207, lower layer's engine base -208, upper layer machine
Seat -209, electric transmission machanism -210, mobile handoff device -211, driving transmission device -212, driving wheel -213, driving wheel dress
With shaft -214, driving wheel buck plate -215, motor shaft -701, motor body -702, first bearing -703, helical gear -
704, first bearing buck plate -705, anti-backup kelly -20101, the second compressed spring -20102, anti-backup buck plate -
20103, it links connecting rod -20104, anti-backup control panel -20105, anti-backup controls connecting rod -20106, antiskid plate -20201, the
One gear buck plate -20202, first gear -20203, brake control handle -20204, brake controls connecting rod -20205, brake
Lifter rack -20206, anti-backup tooth socket -20207, protection buck plate -20208, the first linkage shaft -21001, second gear -
21002, second bearing -21003, second bearing buck plate -21004, the first sprocket wheel -21005, second gear buck plate -
21006, the first chain -21007, the second sprocket wheel -21008, third gear buck plate -21009, third gear -21010, deflecting
Shaft-is assembled in gear -21011, assembly limiting plate -21012,3rd bearing -21013, third compressed spring -21014, deflecting
21015,3rd bearing buck plate -21016, the first fixed pulley -21101, the first locking buck plate -21102, the 4th compression bullet
Spring -21103, the first locking kelly -21104, the second locking kelly -21105, the 5th compressed spring -21106, the second locking dress
Matching board -21107, the second fixed pulley -21108, the first drawstring -21109, third fixed pulley -21110, first pulley buck plate -
21111, the 4th fixed pulley -21112, second pulley buck plate -21113, lifting buck plate -21114, switching buck plate -
21115, torsionspring -21116, pedal Assembly rail -21117, pedal -21118, the second drawstring -21119, the 5th fixed pulley -
21120, the linkage of third sprocket wheel -21201, second shaft -21202, the second chain -21203, the 4th sprocket wheel -21204, linkage dress
Matching board -21205.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 6 is please referred to Fig.1, the present invention provides a kind of feed granulator technical solution easy to remove：Its structure includes ten thousand
To wheel 1, drive stand 2, discharge bucket 3, granule-forming machine 4, feed hopper 5, motor buck plate 6, motor 7, handle 8 is pushed, it is described
Drive stand 2 is cuboid, and the equal interlocking in bottom end front and rear sides left has universal wheel 1, top middle portion to be vertically welded with motor assembly
Plate 6,8 interlocking of promotion handle is on the right side of 2 top of drive stand, the motor 7 and 2 top Right vertical button of drive stand
It connects, left end and 6 interlocking of motor buck plate, the granule-forming machine 4 and 2 top left hand interlocking of drive stand, welding on the downside of front end
There is discharge bucket 3, it includes brake anti-reverse return device 201, braking control device that top interlocking, which has feed hopper 5, the drive stand 2,
202, universal wheel assembling stand 203, mobile assembling stand 204, lifting limiting plate 205, the first compressed spring 206, lifting limiting plate
207, lower layer's engine base 208, upper layer engine base 209, electric transmission machanism 210, mobile handoff device 211, driving transmission device 212,
Driving wheel 213, driving wheel assembly shaft 214, driving wheel buck plate 215, lower layer's engine base 208 are cuboid, top welding
There is upper layer engine base 209, center bottom is inlayed equipped with mobile assembling stand 204, with 204 clearance fit of mobile assembling stand, the movement
Assembling stand 204 is cuboid, and bottom end front and rear sides left is welded with universal wheel assembling stand 203, and the top left and right sides is vertical
It is welded with lifting limiting plate 205, the lifting limiting plate 207 is equipped with 2 pieces, is welded in 208 inner tip of lower layer's engine base or so two
Side, is located at 205 top of lifting limiting plate, and center bottom is buckled in lifting limiting plate 205 by the first compressed spring 206 cladding
Top, the electric transmission machanism 210 are welded in the middle part of 208 inner tip of lower layer's engine base, with mobile 204 top middle portion of assembling stand
Welding is glued with driving transmission device 212, is welded on the right side of the driving transmission device 212 and 204 top of mobile assembling stand, with
Driving wheel assembles shaft 214 and is glued, and the driving wheel buck plate 215 is equipped with 2 pieces, and vertical welding is in 204 bottom end of mobile assembling stand
Front and rear sides right, lower section, which is inlayed, between 2 pieces is snapped with driving wheel assembly shaft 214, before and after the driving wheel assembly shaft 214
The equal interlocking in both ends has driving wheel 213, the mobile handoff device 211 to be welded with lower layer's engine base 208, right through lower layer's engine base 208
Side, with 204 left and right ends snapping of mobile assembling stand, the motor 7 includes motor shaft 701, motor body 702, first bearing
703, helical gear 704, first bearing buck plate 705,702 bottom end of the motor body, which is inlayed, is snapped with motor shaft 701, passes through
Motor shaft 701 through upper layer engine base 209, inlays splicing on the right side of 208 top of lower layer's engine base with 704 middle part of helical gear, described the
One bearing buck plate 705 is welded on the right side of lower layer's engine base 208 inner tip, and middle part, which is inlayed, is snapped with first bearing 703, and described the
One bearing 703 cladding is buckled in 701 downside of motor shaft, and the helical gear 704 is located above 210 right end of electric transmission machanism,
The anti-reverse return device 201 of the brake include anti-backup kelly 20101, the second compressed spring 20102, anti-backup buck plate 20103,
Link connecting rod 20104, anti-backup control panel 20105, anti-backup controls connecting rod 20106, and the anti-backup buck plate 20103 welds
Inlaying splicing by the second compressed spring 20102 on the left of 208 inner bottom of lower layer's engine base, on the upside of left end has anti-backup kelly
20101,20101 left end of anti-backup kelly is triangle body, and inclined-plane is filled towards upper left, right end cuboid, left end with brake control
It sets 202 and inlays snapping, bottom end Right vertical is welded with linkage connecting rod 20104,20104 front end lower vertical weldering of the linkage connecting rod
It is connected to anti-backup controls connecting rod 20106, the anti-backup controls connecting rod 20106 is through lower layer's engine base 208 in anti-backup control panel
20105 rear end left side central portion vertical weldings, the braking control device 202 include antiskid plate 20201, first gear buck plate
20202, first gear 20203, brake control handle 20204, brake controls connecting rod 20205, brake lifter rack 20206, anti-
Reverse back tooth socket 20207, protection buck plate 20208, the first gear buck plate 20202 are welded in 208 inner bottom of lower layer's engine base
End left side is located at 20103 left side of anti-backup buck plate, and top is run through from front to back is snapped with brake controls connecting rod 20205, top
Middle part is inlayed by controls connecting rod 20205 of braking is snapped with first gear 20203, and 20205 front end of brake controls connecting rod is passed through
It wears and inlays splicing, 20206 right end one of brake lifter rack in the middle part of layer engine base 208 and 20204 rear end of brake control handle
Body is inlayed equipped with anti-backup tooth socket 20207, and anti-backup tooth socket 20207 and 20101 snapping of anti-backup kelly, left end downside are passed through
It is engaged with first gear 20203, mobile assembling stand 204 and protection 20208 top middle portion vertical welding of buck plate, institute are run through in bottom end
It includes the first universal driving shaft to state protection 20208 lower horizontal interlocking of buck plate to have antiskid plate 20201, the electric transmission machanism 210
Bar 21001, second gear 21002, second bearing 21003, second bearing buck plate 21004, the first sprocket wheel 21005, the second tooth
Take turns buck plate 21006, the first chain 21007, the second sprocket wheel 21008, third gear buck plate 21009, third gear 21010,
Shaft is assembled in change gear 21011, assembly limiting plate 21012,3rd bearing 21013, third compressed spring 21014, deflecting
21015,3rd bearing buck plate 21016, the second bearing buck plate 21004 are welded in 204 top middle portion of mobile assembling stand,
Middle part, which is inlayed, is snapped with second bearing 21003, and the assembly limiting plate 21012 is welded in the middle part of 208 inner tip of lower layer's engine base,
Center bottom inlays splicing by third compressed spring 21014 3rd bearing buck plate 21016, with 3rd bearing buck plate
21016 clearance fits, 21016 center bottom of 3rd bearing buck plate, which is inlayed, is snapped with 3rd bearing 21013, the deflecting
Snapping is inlayed in assembly 21015 top of shaft with 21013 middle part of 3rd bearing, and snapping is inlayed in bottom end with 21003 middle part of second bearing,
The cladding of the change gear 21011 is glued in 21015 upside of deflecting assembly shaft, and the third gear buck plate 21009 welds
On front side of mobile 204 top middle portion of assembling stand, top, which is inlayed, is snapped with third gear 21010, passes through third gear 21010 and change
It being engaged on front side of to 21011 bottom end of gear, the 3rd bearing buck plate 21016 is welded on front side of 204 top of mobile assembling stand, if
In 21009 right of third gear buck plate, top is inlayed from front to back by the first linkage shaft 21001 is snapped with the first sprocket wheel
21005, second gear 21002, first sprocket wheel 21005, second gear 21002 are glued with the first linkage shaft 21001,
Second sprocket wheel 21008 is glued with driving transmission device 212, and first chain 21007 bypasses 21005 left end of the first sprocket wheel
With headtotail after 21002 right end of second gear, the mobile handoff device 211 is locked including the first fixed pulley 21101, first
Buck plate 21102, the 4th compressed spring 21103, first locking kelly 21104, second lock kelly the 21105, the 5th and compress bullet
Spring 21106, second locks buck plate 21107, the second fixed pulley 21108, the first drawstring 21109, third fixed pulley 21110, the
One pulley buck plate 21111, the 4th fixed pulley 21112, second pulley buck plate 21113, lifting buck plate 21114, switching dress
Matching board 21115, torsionspring 21116, pedal Assembly rail 21117, pedal 21118, the second drawstring 21119, the 5th fixed pulley
21120, the first locking buck plate 21102 is welded on the downside of 208 right end of lower layer's engine base, passes through the 4th compression bullet in the middle part of left end
Spring 21103, which is inlayed, is snapped with the first locking kelly 21104, passes through the first locking kelly 21104 and 204 right end button of mobile assembling stand
It connects, is inlayed on the right side of top and be snapped with the first fixed pulley 21101, the second locking buck plate 21107 is welded in lower layer's engine base 208
It on the downside of left end, is inlayed by the 5th compressed spring 21106 in the middle part of right end and is snapped with the second locking kelly 21105, pass through the second lock
Determine kelly 21105 and 204 left end snapping of mobile assembling stand, top left hand, which is inlayed, is snapped with the second fixed pulley 21108, and described first
For 21111 vertical welding of pulley buck plate on the left of 208 inner tip of lower layer's engine base, center bottom, which is inlayed, is snapped with third fixed pulley
21110, for 21113 vertical welding of second pulley buck plate on the right side of 208 inner tip of lower layer's engine base, center bottom inlays button
It is connected to the 4th fixed pulley 21112, the switching buck plate 21115 is welded in the middle part of 208 inside right end of lower layer's engine base, and middle part passes through
Torsionspring 21116, which is inlayed, is snapped with pedal Assembly rail 21117, by pedal Assembly rail 21117 on the left of pedal 21118,
The pedal Assembly rail 21117 is glued with pedal 21118, and it is left that the lifting buck plate 21114 is welded in switching buck plate 21115
Side, left end middle part, which is inlayed, is snapped with the 5th fixed pulley 21120, and first drawstring, 21109 one end interlocking is in 21118 upper left of pedal
Angle, the other end lock kelly around after the 5th fixed pulley 21120, third fixed pulley 21110, the 4th fixed pulley 21112 with second
Interlocking in the middle part of 21105 left ends, for second drawstring, 21119 one end interlocking in 21118 upper left corner of pedal, the other end is fixed around the 5th
After pulley 21120, the first fixed pulley 21101 interlocking in the middle part of 21104 right end of kelly, the driving transmission device are locked with first
212 include the linkage of third sprocket wheel 21201, second shaft 21202, the second chain 21203, the 4th sprocket wheel 21204, linkage buck plate
21205, the linkage buck plate 21205 is welded in 204 top of mobile assembling stand, is located at 21006 right side of second gear buck plate,
Top is inlayed by the second linkage shaft 21202 is snapped with third sprocket wheel 21201, passes through the second linkage shaft 21202 and second
Sprocket wheel 21008 is glued, and the linkage of third sprocket wheel 21201 and second shaft 21202 is glued, and the third sprocket wheel 21201 is set to
Second sprocket wheel, 21008 front side, the 4th sprocket wheel 21204 are glued with the driving wheel assembly cladding of shaft 214, second chain
21203 around headtotail behind 21201 top of third sprocket wheel, 21204 bottom end of the 4th sprocket wheel.
The method is mainly characterized in that：User can by feed hopper 5 carry out raw material placement, after can be set by control device
Some motors 7 carry out granule-forming machine 4 and control, make raw material via after 4 extrusion forming of granule-forming machine through being discharged by discharge bucket 3,
And when equipment needs mobile, user can make pedal by stepping on the pedal 21118 of the mobile handoff device 211 that equipment is equipped with
21118 other ends rise, and then pedal 21118 is made to pull the first drawstring 21109, the second drawstring 21119, to make the first drawstring
21109, which pull the second locking kelly 21105, moves to left, and the second locking kelly 21105 is made to be detached from the snapping to mobile assembling stand 204,
The second drawstring 21119 can also pull the first locking kelly 21104 and move to right simultaneously, and the first locking kelly 21104 is made also to be detached to moving
The snapping of dynamic assembling stand 204 enables a device to pass through letter to make 204 the first compressed spring of top pressure 206 of mobile assembling stand rise
The clean switch of pedal 21118 carries out lifting switching to the mobile assembling stand 204 of equipment.
The method is mainly characterized in that：The electric transmission machanism 210 that equipment is equipped with when mobile assembling stand 204 rises,
The first linkage shaft 21001, second gear 21002, second bearing 21003, the second bearing buck plate 21004, first being equipped with
Sprocket wheel 21005, second gear buck plate 21006, the first chain 21007, the second sprocket wheel 21008, third gear buck plate
21009, third gear 21010, change gear 21011,3rd bearing 21013, deflecting assembly shaft 21015,3rd bearing dress
Matching board 21016 also can the third compressed spring 21014 that is equipped with of top pressure follow rising, to make 21011 right end of change gear can be with
Helical gear 704 engages, and can carry out the driving of change gear 21011 by motor body 702 thereby using family, make change gear
21011 can drive second gear 21002 to carry out variable speed drives by third gear 21010, to keep second gear 21002 same
First sprocket wheel 21005 of axis follows rotation, and then the first sprocket wheel 21005 is made to drive 3rd bearing by the first chain 21007
21013 synchronous rotaries make equipment in use, the switch for the mobile handoff device 211 that can arrange in pairs or groups push and electronic drive manually
Dynamic move mode switching, move mode selection when being more convenient for mobile.
The method is mainly characterized in that：After mobile determine, user can also pass through the brake of spin brake control device 202
Vehicle control handle 20204 makes brake control handle 20204 drive first gear 20203 to revolve by controls connecting rod 20205 of braking
Turn, to enable first gear 20203 that brake lifter rack 20206 to be driven to decline, and then makes 20206 band of brake lifter rack
Dynamic protection buck plate 20208 and the decline of antiskid plate 20201 for protecting buck plate 20208 to assemble resist ground, to cause the device to
It is enough to carry out easily brake stabilization.
The method is mainly characterized in that：Brake anti-reverse return device 201 braking control device 202 brake lifter rack
When 20206 decline, brake lifter rack 20206 can be buckled by anti-backup kelly 20101, and due to anti-backup kelly
20101 upper left sides are inclined-plane, and bottom end is plane, can 20101 right side of top pressure anti-backup kelly when brake lifter rack 20206 being made to decline
It moves, and can then be blocked by anti-backup kelly 20101 when rising, to enable brake lifter rack 20206 to be used in brake
When prevent top pressure reverse back, ensure to use is firm, and when user needs to release brake, can be by moving to right anti-backup control panel
20105, so that anti-backup control panel 20105 is driven anti-backup kelly by the connecting rod 20104 that links, anti-backup controls connecting rod 20106
20101 move to right disengaging brake lifter rack 20206, realize unlock.
Problems solved by the invention be the prior art in use, mobile use is often merely able to push or
Dragging leads to time-consuming and laborious when remote mobile, more inconvenience, and simply uses motor driving, and makes equipment close
More inconvenient when distance movement adjusting position, easy movement is offside to be caused to collide with, and inconvenience when leading to mobile, the present invention passes through upper
Being combined with each other for component is stated, enables the invention to realize, the present invention is in use, can be by gear, drawstring, chain that equipment is equipped with
The mechanism of the compositions such as item makes equipment in use, the switching of manual movement and electric drive can be carried out, enables a device to according to shifting
It is dynamic to need to carry out better move mode selection, and stable braking locking can also be carried out, it enables a device to ensure not move
When stabilization.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (6)
1. a kind of feed granulator easy to remove, structure includes universal wheel (1), drive stand (2), discharge bucket (3), particle
Molding machine (4), feed hopper (5), motor buck plate (6), motor (7), promotion handle (8), the drive stand (2) are rectangular
Body, the equal interlocking in bottom end front and rear sides left have universal wheel (1), top middle portion to be vertically welded with motor buck plate (6), and feature exists
In：
Promotion handle (8) interlocking is on the right side of drive stand (2) top, the motor (7) and drive stand (2) top right side
Vertical snapping, left end and motor buck plate (6) interlocking, the granule-forming machine (4) and drive stand (2) top left hand interlocking,
It is welded with discharge bucket (3) on the downside of front end, top interlocking has feed hopper (5)；
The drive stand (2) includes brake anti-reverse return device (201), braking control device (202), universal wheel assembling stand
(203), mobile assembling stand (204), lifting limiting plate (205), the first compressed spring (206), lifting limiting plate (207), lower layer
Engine base (208), upper layer engine base (209), electric transmission machanism (210), mobile handoff device (211), driving transmission device
(212), driving wheel (213), driving wheel assembly shaft (214), driving wheel buck plate (215), lower layer's engine base (208) are length
Cube, top are welded with upper layer engine base (209), and center bottom is inlayed equipped with mobile assembling stand (204), with mobile assembling stand
(204) clearance fit, the mobile assembling stand (204) are cuboid, and bottom end front and rear sides left is welded with universal wheel assembly
Seat (203), the top left and right sides are vertically welded with lifting limiting plate (205), and the lifting limiting plate (207) is equipped with 2 pieces, weldering
It is connected at left and right sides of lower layer's engine base (208) inner tip, is located above lifting limiting plate (205), center bottom passes through first
Compressed spring (206) cladding is buckled in lifting limiting plate (205) top, and the electric transmission machanism (210) is welded in lower layer's machine
In the middle part of seat (208) inner tip, with mobile assembling stand (204) top middle portion welding, it is glued with driving transmission device (212), institute
It states and is welded on the right side of driving transmission device (212) and mobile assembling stand (204) top, is glued with driving wheel assembly shaft (214), institute
It states driving wheel buck plate (215) and is equipped with 2 pieces, vertical welding is between mobile assembling stand (204) bottom end front and rear sides right, 2 pieces
Lower section, which is inlayed, is snapped with driving wheel assembly shaft (214), and the driving wheel assembly equal interlocking in shaft (214) rear and front end has driving
It takes turns (213), the mobile handoff device (211) is welded with lower layer's engine base (208), on the right side of lower layer's engine base (208), with movement
Assembling stand (204) left and right ends snapping：
The motor (7) includes motor shaft (701), motor body (702), first bearing (703), helical gear (704), first
Bearing buck plate (705), motor body (702) bottom end, which is inlayed, is snapped with motor shaft (701), passes through motor shaft
(701) run through upper layer engine base (209), on the right side of lower layer's engine base (208) top with inlay splicing in the middle part of helical gear (704), described the
One bearing buck plate (705) is welded on the right side of lower layer's engine base (208) inner tip, and middle part, which is inlayed, is snapped with first bearing (703),
First bearing (703) cladding is buckled on the downside of motor shaft (701), and the helical gear (704) is located at electric transmission machanism
(210) above right end.
2. a kind of feed granulator easy to remove according to claim 1, it is characterised in that：The brake anti-backup dress
It includes anti-backup kelly (20101), the second compressed spring (20102), anti-backup buck plate (20103), linkage connecting rod to set (201)
(20104), anti-backup control panel (20105), anti-backup controls connecting rod (20106), anti-backup buck plate (20103) welding
Inlaying splicing by the second compressed spring (20102) on the left of lower layer's engine base (208) inner bottom, on the upside of left end has anti-backup card
Bar (20101), anti-backup kelly (20101) left end are triangle body, and inclined-plane is towards upper left, right end cuboid, left end and brake
Control device (202) inlays snapping, and bottom end Right vertical is welded with linkage connecting rod (20104), before the linkage connecting rod (20104)
End lower vertical is welded with anti-backup controls connecting rod (20106), and the anti-backup controls connecting rod (20106) runs through lower layer's engine base
(208) in anti-backup control panel (20105) rear end left side central portion vertical welding.
3. a kind of feed granulator easy to remove according to claim 1 or 2, it is characterised in that：The brake control
Device (202) includes antiskid plate (20201), first gear buck plate (20202), first gear (20203), brake control handle
(20204), brake controls connecting rod (20205), brake lifter rack (20206), anti-backup tooth socket (20207), protection buck plate
(20208), the first gear buck plate (20202) is welded on the left of lower layer's engine base (208) inner bottom, is located at anti-backup and fills
On the left of matching board (20103), top is run through from front to back is snapped with brake controls connecting rod (20205), and top middle portion is controlled by braking
Connecting rod (20205) processed, which is inlayed, is snapped with first gear (20203), and lower layer's machine is run through in brake controls connecting rod (20205) front end
Splicing, brake lifter rack (20206) the right end one are inlayed in the middle part of seat (208) and brake control handle (20204) rear end
Change is inlayed equipped with anti-backup tooth socket (20207), and anti-backup tooth socket (20207) and anti-backup kelly (20101) snapping, left end are passed through
Downside is engaged with first gear (20203), and mobile assembling stand (204) and protection buck plate (20208) top middle portion are run through in bottom end
Vertical welding, protection buck plate (20208) the lower horizontal interlocking have antiskid plate (20201).
4. a kind of feed granulator easy to remove according to claim 1, it is characterised in that：The electric transmission machanism
(210) include the first linkage shaft (21001), second gear (21002), second bearing (21003), second bearing buck plate
(21004), the first sprocket wheel (21005), second gear buck plate (21006), the first chain (21007), the second sprocket wheel
(21008), third gear buck plate (21009), third gear (21010), change gear (21011), assembly limiting plate
(21012), 3rd bearing (21013), third compressed spring (21014), deflecting assembly shaft (21015), 3rd bearing assembly
Plate (21016), the second bearing buck plate (21004) are welded in mobile assembling stand (204) top middle portion, and snapping is inlayed at middle part
There are second bearing (21003), the assembly limiting plate (21012) to be welded in the middle part of lower layer's engine base (208) inner tip, in bottom end
Splicing is inlayed by third compressed spring (21014) by portion 3rd bearing buck plate (21016), with 3rd bearing buck plate
(21016) clearance fit, 3rd bearing buck plate (21016) center bottom, which is inlayed, is snapped with 3rd bearing (21013), institute
It states and inlays snapping, bottom end and second bearing (21003) in the middle part of deflecting assembly shaft (21015) top and 3rd bearing (21013)
Snapping is inlayed at middle part, and change gear (21011) cladding is glued on the upside of deflecting assembly shaft (21015), the third tooth
Wheel buck plate (21009) is welded on front side of mobile assembling stand (204) top middle portion, and top, which is inlayed, is snapped with third gear
(21010), by being engaged on front side of third gear (21010) and change gear (21011) bottom end, the 3rd bearing buck plate
(21016) it is welded on front side of mobile assembling stand (204) top, is set to third gear buck plate (21009) right, top passes through the
One linkage shaft (21001) is inlayed from front to back is snapped with the first sprocket wheel (21005), second gear (21002), first chain
It takes turns (21005), second gear (21002) to be glued with the first linkage shaft (21001), second sprocket wheel (21008) and drive
Dynamic transmission device (212) is glued, and first chain (21007) bypasses the first sprocket wheel (21005) left end and second gear
(21002) headtotail after right end.
5. a kind of feed granulator easy to remove according to claim 1, it is characterised in that：The mobile handoff device
(211) include the first fixed pulley (21101), the first locking buck plate (21102), the 4th compressed spring (21103), the first locking
Kelly (21104), the second locking kelly (21105), the 5th compressed spring (21106), the second locking buck plate (21107), the
Two fixed pulleys (21108), the first drawstring (21109), third fixed pulley (21110), first pulley buck plate (21111), the 4th
Fixed pulley (21112), second pulley buck plate (21113), lifting buck plate (21114), switching buck plate (21115), torsion
Spring (21116), pedal Assembly rail (21117), pedal (21118), the second drawstring (21119), the 5th fixed pulley (21120),
The first locking buck plate (21102) is welded on the downside of lower layer's engine base (208) right end, passes through the 4th compressed spring in the middle part of left end
(21103) it inlays and is snapped with the first locking kelly (21104), pass through the first locking kelly (21104) and mobile assembling stand (204)
Right end snapping, top right side, which is inlayed, is snapped with the first fixed pulley (21101), and the second locking buck plate (21107) is welded in
On the downside of lower layer's engine base (208) left end, is inlayed by the 5th compressed spring (21106) in the middle part of right end and be snapped with the second locking kelly
(21105), by the second locking kelly (21105) and mobile assembling stand (204) left end snapping, top left hand, which is inlayed, is snapped with the
Two fixed pulleys (21108), first pulley buck plate (21111) vertical welding on the left of lower layer's engine base (208) inner tip,
Center bottom, which is inlayed, is snapped with third fixed pulley (21110), and second pulley buck plate (21113) vertical welding is in lower layer's machine
On the right side of seat (208) inner tip, center bottom, which is inlayed, is snapped with the 4th fixed pulley (21112), the switching buck plate (21115)
It is welded in the middle part of the internal right end of lower layer's engine base (208), middle part is inlayed by torsionspring (21116) is snapped with pedal Assembly rail
(21117), by pedal Assembly rail (21117) on the left of pedal (21118), the pedal Assembly rail (21117) and pedal
(21118) it is glued, the lifting buck plate (21114) is welded on the left of switching buck plate (21115), inlays snapping in the middle part of left end
There are the 5th fixed pulley (21120), the first drawstring (21109) one end interlocking to be bypassed in pedal (21118) upper left corner, the other end
5th fixed pulley (21120), third fixed pulley (21110), the 4th fixed pulley (21112) lock kelly (21105) with second afterwards
Interlocking in the middle part of left end, for the second drawstring (21119) one end interlocking in pedal (21118) upper left corner, the other end is fixed around the 5th
Pulley (21120), the first fixed pulley (21101) lock interlocking in the middle part of kelly (21104) right end with first afterwards.
6. a kind of feed granulator easy to remove according to claim 1 or 4, it is characterised in that：The driving transmission
Device (212) includes third sprocket wheel (21201), the second linkage shaft (21202), the second chain (21203), the 4th sprocket wheel
(21204), linkage buck plate (21205), the linkage buck plate (21205) are welded in mobile assembling stand (204) top, are located at
On the right side of second gear buck plate (21006), top is inlayed by the second linkage shaft (21202) is snapped with third sprocket wheel
(21201), it is glued with the second sprocket wheel (21008) by the second linkage shaft (21202), the third sprocket wheel (21201) and the
Two universal driving shaft bars (21202) are glued, and the third sprocket wheel (21201) is set on front side of the second sprocket wheel (21008), the 4th sprocket wheel
(21204) it coats and is glued with driving wheel assembly shaft (214), second chain (21203) is pushed up around third sprocket wheel (21201)
Headtotail behind end, the 4th sprocket wheel (21204) bottom end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810318054.0A CN108308677A (en) | 2018-04-10 | 2018-04-10 | A kind of feed granulator easy to remove |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810318054.0A CN108308677A (en) | 2018-04-10 | 2018-04-10 | A kind of feed granulator easy to remove |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108308677A true CN108308677A (en) | 2018-07-24 |
Family
ID=62896329
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810318054.0A Withdrawn CN108308677A (en) | 2018-04-10 | 2018-04-10 | A kind of feed granulator easy to remove |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108308677A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111990550A (en) * | 2020-08-28 | 2020-11-27 | 张肖群 | Compound microbial feed and production equipment thereof |
-
2018
- 2018-04-10 CN CN201810318054.0A patent/CN108308677A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111990550A (en) * | 2020-08-28 | 2020-11-27 | 张肖群 | Compound microbial feed and production equipment thereof |
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Application publication date: 20180724 |