CN109770378A - A kind of intermittent peanut extruding peeling machine - Google Patents
A kind of intermittent peanut extruding peeling machine Download PDFInfo
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- CN109770378A CN109770378A CN201910140921.0A CN201910140921A CN109770378A CN 109770378 A CN109770378 A CN 109770378A CN 201910140921 A CN201910140921 A CN 201910140921A CN 109770378 A CN109770378 A CN 109770378A
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Abstract
The present invention provides a kind of intermittent peanuts to squeeze peeling machine, belongs to agricultural machinery technology field.This intermittent peanut squeezes peeling machine; including rack; transverse slat one and transverse slat two are horizontally fixed in rack; rotation is equipped with live-roller one on transverse slat one; rotation is equipped with live-roller two on transverse slat two, and transmission belt is arranged between live-roller one and live-roller two, bracket one is fixed on transverse slat one; it is fixed with bracket two on transverse slat two, is fixed with demarcation plate on bracket one；Sliding rail one and sliding rail two are vertically fixed in rack, transverse slat three is fixed between sliding rail one and sliding rail two, sliding is provided with draw runner one, draw runner two respectively on sliding rail one, sliding rail two, transverse slat four is fixed between draw runner one and draw runner two, pressurizing unit is provided on transverse slat four, pressurizing unit includes corner bracket, fixed plate, cylinder one, cylinder two, clip assemblies one and clip assemblies two.The present invention has the advantages that intermittent to squeeze peanut consequently facilitating subsequent decladding.
Description
Technical field
The invention belongs to agricultural machinery technology fields, are related to peeling machine of cultivating peanut, and especially a kind of intermittent peanut squeezes stripping
Grain machine.
Background technique
Peanut oil adds man-hour requirement peanut to be made, and peanut is also known as peanut, peanut, can directly as food or mention
Edible oil is taken, for edible or processing peanut, it is necessary to the operation for removing peanut shell is carried out, so also having in existing equipment
The structure design for stripping peanut shell, the benefit for being quickly obtained peanut fruit is reached with benefit, existing small-scale peanut decladding is also
Traditional artificial decladding is maintain, decladding efficiency is very low, leverages working efficiency.
It is above-mentioned due to there is a problem of, through retrieving, intelligently peel off dress as Chinese patent literature discloses one kind peanut of reserving seed for planting
It sets and the method for stripping shell [patent No.: ZL201510396462.4；Authorization Notice No.: CN104938087B].Peanut of reserving seed for planting intelligently is shelled
Housing apparatus and method for stripping shell, including rack components, it is characterized in that: being provided with peanut straight-putting unit in the rack components, peanut pushes away
Send mechanism and moving assembly mechanism, peanut straight-putting unit described in the lower end face of the peanut conveying mechanism, the peanut pusher
Structure is located at the side of the peanut straight-putting unit, is provided with peanuts sheller, the peanut husking in the moving assembly mechanism
Mechanism is located at the other side of the peanut straight-putting unit, and the peanut in the peanut straight-putting unit is pushed to by the peanut delivery device
In the peanuts sheller.
But this peanut intelligence peeling apparatus and immature of reserving seed for planting, it needs for peanut to be put into vertically in peanut straight-putting unit,
It is low so as to cause working efficiency.
Summary of the invention
The purpose of the present invention is there is the above problem in view of the prior art, a kind of intermittent peanut extruding stripping grain is proposed
Machine, this intermittent peanut, which squeezes peeling machine, to be had the characteristics that intermittent to squeeze peanut consequently facilitating subsequent decladding.
Object of the invention can be realized by the following technical scheme:
A kind of intermittent peanut extruding peeling machine, including rack and the controller being arranged on the rack, which is characterized in that institute
Transverse slat one and transverse slat two are horizontally fixed in the rack stated, transverse slat one and transverse slat two are parallel to each other, and rotation is provided on transverse slat one
Live-roller one, rotation is provided with live-roller two on transverse slat two, and transmission belt is arranged between live-roller one and live-roller two, described
It is fixed with bracket one on transverse slat one, bracket two is fixed on transverse slat two, several demarcation plates, demarcation plate are vertically fixed on bracket one
The other end be each attached on bracket two；Sliding rail one and sliding rail two, sliding rail one and sliding rail two are vertically fixed in the rack
It is parallel to each other, between live-roller one and live-roller two, sliding rail one and sliding rail two are located at transmission belt two for sliding rail one and sliding rail two
Side is fixed with transverse slat three, slides respectively on sliding rail one, sliding rail two and be provided with draw runner one, draw runner two between sliding rail one and sliding rail two,
Be fixed with transverse slat four between draw runner one and draw runner two, be provided with pressurizing unit on the transverse slat four, pressurizing unit include corner bracket,
Fixed plate, cylinder one, cylinder two, clip assemblies one and clip assemblies two, clip assemblies one include several intermediate plates one, and intermediate plate one is equal
Can between adjacent separator plates, clip assemblies two include several intermediate plates two, intermediate plate two can be located at adjacent separator plates it
Between.
Peanut to decladding is placed on transmission belt, and live-roller one and the realization of live-roller two are transmitted peanut, and
Peanut shell is squeezed by pressurizing unit realization in transmission process, consequently facilitating decladding.
It is squeezed in peeling machine in above-mentioned intermittent peanut, is fixed with mounting bar one and mounting bar two on the transverse slat four,
The lower surface of mounting bar one is vertically fixed optical axis one and optical axis two, and the lower surface of mounting bar two is vertically fixed optical axis three and light
Axis four, optical axis one, optical axis two, optical axis three and optical axis four the other end be fixed in fixed plate.
It being squeezed in peeling machine in above-mentioned intermittent peanut, the intermediate plate one is equidistantly fixed on the lower surface of fixed plate,
The cylinder one, cylinder two are horizontally fixed on the upper surface of fixed plate, and it is gentle that the corner bracket is horizontally fixed on cylinder one
The piston rod end of cylinder two, the intermediate plate two are equidistantly fixed on the lower surface of corner bracket.
Draw runner one, draw runner two are able to move above and below along sliding rail one, sliding rail two, to pass through transverse slat four, optical axis
One, optical axis two, optical axis three and optical axis four drive fixed plate to move above and below.When fixed plate is when moving to bottom, intermediate plate one with
And intermediate plate two can be between adjacent separator plates, cylinder one and cylinder two shrink piston rod simultaneously, and intermediate plate two is to intermediate plate
One draws close, so that the peanut between intermediate plate two, which carries out pressurization, realizes broken shell；Similarly, when fixed plate is when moving to the top, folder
Piece one and intermediate plate two can be between adjacent separator plates, and cylinder one and cylinder two stretch out piston rod simultaneously, and intermediate plate two is equal
It is separate to intermediate plate one, it prepares squeeze to the peanut between intermediate plate one and intermediate plate two next time.
It is squeezed in peeling machine in above-mentioned intermittent peanut, is additionally provided in the rack and is able to drive pressurizing unit or more
The lifting structure of movement, lifting structure include servo motor one, roller one, roller two, cam one, servo motor two, roller
Three, roller four and cam two.
It is squeezed in peeling machine in above-mentioned intermittent peanut, support plate one and support plate is horizontally fixed on the bracket
Two, the upper surface of support plate one is fixed with bearing block one, and the upper surface of support plate two is fixed with bearing block two, bearing block one and axis
It holds rotation between seat two and is provided with shaft one, cam one is fixed in shaft one, and supporting plate one is fixed on the draw runner one, is propped up
Rotation is provided with idler wheel one on plate one, and idler wheel one is contacted with cam one；Support plate three and branch are horizontally fixed on the bracket
Fagging four, the upper surface of support plate three are fixed with bearing block three, and the upper surface of support plate four is fixed with bearing block four, bearing block three
Rotation is provided with shaft two between bearing block four, and cam two is fixed in shaft two, is fixed with supporting plate on the draw runner two
Two, rotation is provided with idler wheel two on supporting plate two, and idler wheel two is contacted with cam two.
It is squeezed in peeling machine in above-mentioned intermittent peanut, mounting plate, servo motor one is horizontally fixed in the rack
It is horizontally fixed on mounting plate, roller one is fixed on the output shaft end of servo motor one, and roller two is fixed in shaft one, roller
It is arranged with belt one between wheel one and roller two, servo motor two is horizontally fixed on mounting plate, and roller three is fixed on servo electricity
The output shaft end of machine two, roller four are fixed in shaft two, and belt two is arranged between roller three and roller four.
Servo motor one drives roller one to rotate, and drives roller two to rotate by belt one, so that shaft one is driven to rotate,
Servo motor two drives roller three to rotate, and drives roller four to rotate by belt two, so that shaft two be driven to rotate.Pass through servo
The synchronous rotation of motor one, two output shaft of servo motor, to drive in the rotation of cam one and the shaft two in shaft one
Cam two rotates, and by the idler wheel one being resisted against on cam one, the idler wheel two being resisted against on cam two, draw runner one, draw runner two divide
It can not be moved above and below along sliding rail one, two synchronous intermittent of sliding rail.
It is squeezed in peeling machine in above-mentioned intermittent peanut, the lower surface of the transverse slat three is fixed with transition plates one and mistake
Cab apron two offers through-hole one and through-hole two in transition plates one, and optical axis one, optical axis two are each passed through through-hole one, through-hole two, transition
Through-hole three and through-hole four are offered on plate two, optical axis three, optical axis four are each passed through through-hole three, through-hole four.
Transition plates one and transition plates two limit on transverse slat three, to be able in draw runner one, draw runner two along cunning
During the upper and lower movement of rail one, sliding rail two and intermediate plate two are drawn close to intermediate plate one, optical axis one, optical axis two, three and of optical axis are avoided
Optical axis four shakes, and guarantees the stability of work.
Squeezed in peeling machine in above-mentioned intermittent peanut, the spacing between the demarcation plate is equal, and demarcation plate it
Between spacing be 2-4cm；Spacing between the demarcation plate and belt is equal, and the spacing between demarcation plate and belt
It is 0.2-0.5cm.
It being squeezed in peeling machine in above-mentioned intermittent peanut, the upper surface of the mounting plate is horizontally fixed with driving motor,
The output shaft end of driving motor is fixed with belt wheel one, and one end of live-roller one is horizontally fixed with transmission shaft, fixes on transmission shaft
There is belt wheel two, belt three is arranged between belt wheel one and belt wheel two.
Driving motor band movable belt pulley one rotates, by belt three, belt wheel two, transmission shaft to drive live-roller one to rotate,
Drive peanut with conveyor belt motion to realize.
Compared with prior art, this intermittent peanut squeezes peeling machine and has the advantage that
1, the present invention is by servo motor one, the synchronous rotation of two output shaft of servo motor, to drive in shaft one
Cam two in the rotation of cam one and shaft two rotates, and by the idler wheel one being resisted against on cam one, is resisted against on cam two
Idler wheel two, draw runner one, draw runner two are able to move above and below along sliding rail one, two synchronous intermittent of sliding rail.
2, for the present invention when fixed plate is when moving to bottom, intermediate plate one and intermediate plate two can be located at adjacent separator plates
Between, cylinder one and cylinder two shrink piston rod simultaneously, and intermediate plate two is drawn close to intermediate plate one, thus the peanut between intermediate plate two into
Broken shell is realized in row pressurization；Similarly, when fixed plate is when moving to the top, intermediate plate one and intermediate plate two can be located at adjacent point
Between partition, cylinder one and cylinder two stretch out piston rod simultaneously, and intermediate plate two is separate to intermediate plate one, for next time to one He of intermediate plate
Peanut between intermediate plate two squeeze and is prepared, and realizes intermittent squeezed peanut consequently facilitating grain is shelled in decladding.
3, the transition plates one in the present invention and transition plates two limit on transverse slat three, to divide in draw runner one, draw runner two
It can not be moved above and below along sliding rail one, sliding rail two and during intermediate plate two draws close to intermediate plate one, avoid optical axis one, light
Axis two, optical axis three and optical axis four shake, and guarantee the stability of work.
Detailed description of the invention
Fig. 1 is schematic perspective view one of the invention；
Fig. 2 is schematic perspective view two of the invention；
Fig. 3 is the pressurizing unit schematic perspective view in the present invention；
Fig. 4 is that the pressurizing unit in the present invention looks up view structural schematic diagram.
In figure, 1, rack；2, transverse slat one；3, transverse slat two；4, live-roller one；5, live-roller two；6, transmission belt；7, driving electricity
Machine；8, belt wheel one；9, belt wheel two；10, belt three；11, bracket one；12, bracket two；13, demarcation plate；14, sliding rail one；15, sliding
Rail two；16, transverse slat three；17, draw runner one；18, draw runner two；19, transverse slat four；20, corner bracket；21, fixed plate；22, cylinder one；23,
Cylinder two；24, intermediate plate one；25, intermediate plate two；26, optical axis one；27, optical axis three；28, mounting bar one；29, mounting bar two；30, it watches
Take motor one；31, roller one；32, roller two；33, cam one；34, shaft one；35, supporting plate one；36, idler wheel one；37, belt
One；38, servo motor two；39, roller three；40, roller four；41, cam two；42, shaft two；43, supporting plate two；44, belt two；
45, mounting plate.
Specific embodiment
Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described,
However, the present invention is not limited to these examples.
As depicted in figs. 1 and 2, a kind of intermittent peanut squeezes peeling machine, including rack 1 and the control being arranged in rack 1
Device processed is horizontally fixed with transverse slat 1 and transverse slat 23 in rack 1, and transverse slat 1 and transverse slat 23 are parallel to each other, rotate on transverse slat 1
It is provided with live-roller 1, rotation is provided with live-roller 25 on transverse slat 23, and biography is arranged between live-roller 1 and live-roller 25
Dynamic band 6 is fixed with bracket 1 on transverse slat 1, bracket 2 12 is fixed on transverse slat 23, is vertically fixed on bracket 1 point
Partition 13, the other end of demarcation plate 13 are each attached on bracket 2 12.Spacing between demarcation plate 13 is equal, and demarcation plate 13
Between spacing be 2-4cm；Spacing between demarcation plate 13 and belt is equal, and the spacing between demarcation plate 13 and belt
It is 0.2-0.5cm.The preferential spacing chosen between partition is 2cm, and the spacing between partition and belt is 0.2cm, from
And guarantee the validity that peanut is extruded.
The upper surface of mounting plate 45 is horizontally fixed with driving motor 7, and the output shaft end of driving motor 7 is fixed with belt wheel one
8, one end of live-roller 1 is horizontally fixed with transmission shaft, belt wheel 29 is fixed on transmission shaft, between belt wheel 1 and belt wheel 29
It is arranged with belt 3 10.Driving motor 7 is rotated with movable belt pulley 1, drives biography by belt 3 10, belt wheel 29, transmission shaft
Dynamic roller 1 rotates, and drives peanut to move with transmission belt 6 to realize.
As shown in Figure 3 and Figure 4, sliding rail 1 and sliding rail 2 15, sliding rail 1 and sliding rail 2 15 are vertically fixed in rack 1
It is parallel to each other, sliding rail 1 and sliding rail 2 15 are between live-roller 1 and live-roller 25, sliding rail 1 and sliding rail 2 15
In 6 two sides of transmission belt, it is fixed with transverse slat 3 16 between sliding rail 1 and sliding rail 2 15, is slided respectively on sliding rail 1, sliding rail 2 15
It is dynamic to be provided with draw runner 1, draw runner 2 18, transverse slat 4 19 is fixed between draw runner 1 and draw runner 2 18.It is arranged on transverse slat 4 19
There is pressurizing unit, pressurizing unit includes corner bracket 20, fixed plate 21, cylinder 1, cylinder 2 23, clip assemblies one and clip assemblies
Two, clip assemblies one include several intermediate plates 1, and intermediate plate 1 can be between adjacent separator plates 13, and clip assemblies two wrap
Intermediate plate 2 25 is included, intermediate plate 2 25 can be between adjacent separator plates 13.Peanut to decladding is placed on transmission belt 6, is passed
Dynamic roller 1 and the realization of live-roller 25 are transmitted peanut, and in transmission process by pressurizing unit realization to peanut shell into
Row squeezes, consequently facilitating decladding.
Mounting bar 1 and mounting bar 2 29 are fixed on transverse slat 4 19, the lower surface of mounting bar 1 is vertically fixed light
Axis 1 and optical axis two, the lower surface of mounting bar 2 29 are vertically fixed optical axis 3 27 and optical axis four, optical axis 1, optical axis two,
The other end of optical axis 3 27 and optical axis four is fixed in fixed plate 21.Intermediate plate 1 is equidistantly fixed on the following table of fixed plate 21
Face, cylinder 1, cylinder 2 23 are horizontally fixed on the upper surface of fixed plate 21, and it is gentle that corner bracket 20 is horizontally fixed on cylinder 1
The piston rod end of cylinder 2 23, intermediate plate 2 25 are equidistantly fixed on the lower surface of corner bracket 20.There is fixation in the lower surface of transverse slat 3 16
There are transition plates one and transition plates two, through-hole one and through-hole two are offered in transition plates one, optical axis 1, optical axis two are each passed through logical
Kong Yi, through-hole two offer through-hole three and through-hole four in transition plates two, and optical axis 3 27, optical axis four are each passed through through-hole three, through-hole
Four.Transition plates one and transition plates two limit on transverse slat 3 16, to be able in draw runner 1, draw runner 2 18 along cunning
During the upper and lower movement of rail 1, sliding rail 2 15 and intermediate plate 2 25 are drawn close to intermediate plate 1, optical axis 1, optical axis are avoided
Two, optical axis 3 27 and optical axis four shake, and guarantee the stability of work.Draw runner 1, draw runner 2 18 are able to along cunning
Rail 1, sliding rail 2 15 move above and below, to pass through transverse slat 4 19, optical axis 1, four band of optical axis two, optical axis 3 27 and optical axis
The dynamic movement above and below of fixed plate 21.
The lifting structure for being able to drive pressurizing unit up and down motion is additionally provided in rack 1, lifting structure includes servo electricity
Machine 1, roller 1, roller 2 32, cam 1, servo motor 2 38, roller 3 39, roller 4 40 and cam 2 41.Branch
Be horizontally fixed with support plate one and support plate two on frame, the upper surface of support plate one is fixed with bearing block one, support plate two it is upper
Surface is fixed with bearing block two, and rotation is provided with shaft 1 between bearing block one and bearing block two, and cam 1, which is fixed on, to be turned
On axis 1, supporting plate 1 is fixed on draw runner 1, rotation is provided with idler wheel 1, idler wheel 1 and cam on supporting plate 1
One 33 contacts；Support plate three and support plate four are horizontally fixed on bracket, the upper surface of support plate three is fixed with bearing block three, branch
The upper surface of fagging four is fixed with bearing block four, and rotation is provided with shaft 2 42, cam two between bearing block three and bearing block four
41 are fixed in shaft 2 42, and supporting plate 2 43 is fixed on draw runner 2 18, and rotation is provided with idler wheel two, idler wheel two on supporting plate 2 43
It is contacted with cam 2 41.
Mounting plate 45 is horizontally fixed in rack 1, servo motor 1 is horizontally fixed on mounting plate 45, and roller 1 is solid
It is scheduled on the output shaft end of servo motor 1, roller 2 32 is fixed in shaft 1, between roller 1 and roller 2 32
It is arranged with belt 1, servo motor 2 38 is horizontally fixed on mounting plate 45, and roller 3 39 is fixed on servo motor 2 38
Output shaft end, roller 4 40 are fixed in shaft 2 42, and belt 2 44 is arranged between roller 3 39 and roller 4 40.
In summary, this intermittent peanut squeezes servo motor 1 in peeling machine, 2 38 output shaft of servo motor
It rotates synchronously, to drive the rotation of cam 1 in shaft 1 and the cam 2 41 in shaft 2 42 to rotate, by supporting
The idler wheel 1 on cam 1 is leaned against, the idler wheel two being resisted against on cam 2 41, draw runner 1, draw runner 2 18 are able to edge
Sliding rail 1,2 15 synchronous intermittent of sliding rail move above and below.When fixed plate 21 is when moving to bottom, intermediate plate 1 with
And intermediate plate 2 25 can be between adjacent separator plates 13, cylinder 1 and cylinder 2 23 shrink piston rod, intermediate plate two simultaneously
25 draw close to intermediate plate 1, so that the peanut between intermediate plate 2 25, which carries out pressurization, realizes broken shell；Similarly, when fixed plate 21 is being transported
When moving to the top, intermediate plate 1 and intermediate plate 2 25 can be between adjacent separator plates 13, cylinder 1 and cylinder two
23 stretch out piston rod simultaneously, and intermediate plate 2 25 is separate to intermediate plate 1, for next time between intermediate plate 1 and intermediate plate 2 25
Peanut carry out squeeze prepare, realize it is intermittent peanut is squeezed consequently facilitating decladding shell grain.
Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention
The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method
In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Although 1, rack is used more herein；2, transverse slat one；3, transverse slat two；4, live-roller one；5, live-roller two；6,
Transmission belt；7, driving motor；8, belt wheel one；9, belt wheel two；10, belt three；11, bracket one；12, bracket two；13, demarcation plate；
14, sliding rail one；15, sliding rail two；16, transverse slat three；17, draw runner one；18, draw runner two；19, transverse slat four；20, corner bracket；21, fixed
Plate；22, cylinder one；23, cylinder two；24, intermediate plate one；25, intermediate plate two；26, optical axis one；27, optical axis three；28, mounting bar one；
29, mounting bar two；30, servo motor one；31, roller one；32, roller two；33, cam one；34, shaft one；35, supporting plate one；
36, idler wheel one；37, belt one；38, servo motor two；39, roller three；40, roller four；41, cam two；42, shaft two；43,
Supporting plate two；44, belt two；45, the terms such as mounting plate, but it does not exclude the possibility of using other terms.Use these terms
It is only for the convenience of describing and explaining the nature of the invention；Be construed as any additional limitation all and be with
What spirit of that invention was disagreed.
Claims (9)
1. a kind of intermittent peanut squeezes peeling machine, including rack and the controller being arranged on the rack, which is characterized in that described
Rack on be horizontally fixed with transverse slat one and transverse slat two, transverse slat one and transverse slat two are parallel to each other, on transverse slat one rotation be provided with biography
Roller one is moved, rotation is provided with live-roller two on transverse slat two, and transmission belt, the cross are arranged between live-roller one and live-roller two
It is fixed with bracket one on plate one, bracket two is fixed on transverse slat two, several demarcation plates are vertically fixed on bracket one, demarcation plate
The other end is each attached on bracket two；Sliding rail one and sliding rail two, sliding rail one and sliding rail two-phase are vertically fixed in the rack
Mutually parallel, between live-roller one and live-roller two, sliding rail one and sliding rail two are located at transmission belt two sides for sliding rail one and sliding rail two,
It is fixed with transverse slat three between sliding rail one and sliding rail two, is slided respectively on sliding rail one, sliding rail two and is provided with draw runner one, draw runner two, it is sliding
It is fixed with transverse slat four between item one and draw runner two, pressurizing unit is provided on the transverse slat four, pressurizing unit includes corner bracket, consolidates
Fixed board, cylinder one, cylinder two, clip assemblies one and clip assemblies two, clip assemblies one include several intermediate plates one, the equal energy of intermediate plate one
Enough between adjacent separator plates, clip assemblies two include several intermediate plates two, and intermediate plate two can be between adjacent separator plates.
2. intermittent peanut according to claim 1 squeezes peeling machine, which is characterized in that be fixed on the transverse slat four
Mounting bar one and mounting bar two, the lower surface of mounting bar one are vertically fixed optical axis one and optical axis two, the lower surface of mounting bar two
Be vertically fixed optical axis three and optical axis four, optical axis one, optical axis two, optical axis three and optical axis four the other end be fixed in fixed plate.
3. intermittent peanut according to claim 2 squeezes peeling machine, which is characterized in that the intermediate plate one is equidistantly solid
It is scheduled on the lower surface of fixed plate, the cylinder one, cylinder two are horizontally fixed on the upper surface of fixed plate, the corner bracket water
The flat piston rod end for being fixed on cylinder one and cylinder two, the intermediate plate two are equidistantly fixed on the lower surface of corner bracket.
4. intermittent peanut according to claim 1 squeezes peeling machine, which is characterized in that be additionally provided in the rack
It is able to drive the lifting structure of pressurizing unit up and down motion, lifting structure includes servo motor one, roller one, roller two, cam
One, servo motor two, roller three, roller four and cam two.
5. intermittent peanut according to claim 4 squeezes peeling machine, which is characterized in that horizontal fixed on the bracket
There are support plate one and support plate two, the upper surface of support plate one is fixed with bearing block one, and the upper surface of support plate two is fixed with axis
Seat two is held, rotation is provided with shaft one between bearing block one and bearing block two, and cam one is fixed in shaft one, the draw runner
Supporting plate one is fixed on one, rotation is provided with idler wheel one on supporting plate one, and idler wheel one is contacted with cam one；It is horizontal on the bracket
It is fixed with support plate three and support plate four, the upper surface of support plate three is fixed with bearing block three, and the upper surface of support plate four is fixed
There is bearing block four, rotation is provided with shaft two between bearing block three and bearing block four, and cam two is fixed in shaft two, described
Supporting plate two is fixed on draw runner two, rotation is provided with idler wheel two on supporting plate two, and idler wheel two is contacted with cam two.
6. intermittent peanut according to claim 5 squeezes peeling machine, which is characterized in that horizontal fixed in the rack
There is mounting plate, servo motor one is horizontally fixed on mounting plate, and roller one is fixed on the output shaft end of servo motor one, roller
Two are fixed in shaft one, and belt one is arranged between roller one and roller two, and servo motor two is horizontally fixed on mounting plate,
Roller three is fixed on the output shaft end of servo motor two, and roller four is fixed in shaft two, covers between roller three and roller four
Equipped with belt two.
7. intermittent peanut according to claim 2 squeezes peeling machine, which is characterized in that the lower surface of the transverse slat three
It is fixed with transition plates one and transition plates two, through-hole one and through-hole two are offered in transition plates one, optical axis one, optical axis two are worn respectively
Through-hole one, through-hole two are crossed, through-hole three and through-hole four are offered in transition plates two, optical axis three, optical axis four are each passed through through-hole three, lead to
Kong Si.
8. intermittent peanut according to claim 1 squeezes peeling machine, which is characterized in that between the demarcation plate
Away from being equal, and the spacing between demarcation plate is 2-4cm；Spacing between the demarcation plate and belt is equal, and point
Spacing between partition and belt is 0.2-0.5cm.
9. intermittent peanut according to claim 1 squeezes peeling machine, which is characterized in that the upper surface of the mounting plate
It is horizontally fixed with driving motor, the output shaft end of driving motor is fixed with belt wheel one, and one end of live-roller one is horizontally fixed with
Transmission shaft is fixed with belt wheel two on transmission shaft, belt three is arranged between belt wheel one and belt wheel two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910140921.0A CN109770378B (en) | 2019-02-26 | 2019-02-26 | Intermittent peanut extruding and stripping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910140921.0A CN109770378B (en) | 2019-02-26 | 2019-02-26 | Intermittent peanut extruding and stripping machine |
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| Publication Number | Publication Date |
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| CN109770378A true CN109770378A (en) | 2019-05-21 |
| CN109770378B CN109770378B (en) | 2022-01-28 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910140921.0A Active CN109770378B (en) | 2019-02-26 | 2019-02-26 | Intermittent peanut extruding and stripping machine |
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| CN107744150A (en) * | 2017-10-15 | 2018-03-02 | 李树潇 | One cultivates peanut shell equipment |
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| US3561513A (en) * | 1968-05-31 | 1971-02-09 | John J Lindsey | Nut-cracking machine |
| CN2246914Y (en) * | 1996-01-22 | 1997-02-12 | 锦州俏牌实业有限公司 | Peanut hulling machine |
| CN204499401U (en) * | 2015-04-03 | 2015-07-29 | 李刚 | Adjustable type extruding peeling apparatus |
| CN104905386A (en) * | 2015-07-01 | 2015-09-16 | 安吉万源聚机械科技有限公司 | Following-type discharge device used for pecan cracking machine |
| CN104938087A (en) * | 2015-07-08 | 2015-09-30 | 聊城大学 | Intelligent seed peanut husking device and method |
| CN107744150A (en) * | 2017-10-15 | 2018-03-02 | 李树潇 | One cultivates peanut shell equipment |
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