CN205926325U - Formula edulcoration destoner is inhaled to corn - Google Patents
Formula edulcoration destoner is inhaled to corn Download PDFInfo
- Publication number
- CN205926325U CN205926325U CN201620835593.8U CN201620835593U CN205926325U CN 205926325 U CN205926325 U CN 205926325U CN 201620835593 U CN201620835593 U CN 201620835593U CN 205926325 U CN205926325 U CN 205926325U
- Authority
- CN
- China
- Prior art keywords
- flexible rubber
- group
- plate
- rubber bearing
- connects
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Combined Means For Separation Of Solids (AREA)
Abstract
The utility model discloses a formula edulcoration destoner is inhaled to corn, including frame, last offset mechcanism, plansifter, fan, destoner, lower offset mechcanism, big band pulley, the upper left portion of frame connects goes up offset mechcanism, goes up offset mechcanism and connects the plansifter, and the pan feeding mouth that stretches into the destoner is adjusted well to the play flitch of plansifter, the destoner erects on the frame right side through lower offset mechcanism, the suction fan is connected on destoner upper portion, the suction fan rigid coupling between the pole setting on frame right side, big band pulley is connected to offset mechcanism's rear -end of spindle down, and big band pulley passes through the belt and connects the motor, and the motor is installed in the frame lower part, the band pulley passed through the last band pulley that offset mechcanism was gone up in the connection of power area under offset mechcanism's front -end of spindle was connected down, the guard shield shroud be in on last band pulley, power area and the lower band pulley to the rigid coupling is in the frame front side, it is clean to have separate impurity, has the higher stone efficiency of going, and the complete machine is sealed, and nos dust is raised outward, reciprocal swing adoption rubber bearing, and the noise is near minimum.
Description
Technical field
This utility model is related to agricultural machinery, food processing mechanism technical field, and more particularly to a kind of grain suction is removed
Miscellaneous stone remover.
Background technology
The grain of friends peasant is all to gather in by united reaper directly to become particulate species grain through threshing, also has part
Area still, by the way of traditional, is gathered in, and then carries out thrashing into grain through solarization sound, no matter is adopted which kind of side
Method carries out grain harvesting, is all to be contained in substantial amounts of impurity in grain, if harvester is gathered in, contains substantial amounts of in grain
Straw, flat shell, grass seed etc., the quality of impact grain, another kind of if the grain that harvests through thrashing of hand harvest, though
During so saying to gather in, artificial eliminate weeds after, no grass seed, but also the straw of part, substantial amounts of handstone and
Dirt is entrained in grain, equally also affects the quality problems of grain.
Using the difference of proportion, granularity and skin-friction coefficient between rough for the paddy, by means of inclined in two-way, reciprocating plane
Sieve and the collective effect removing stone sieve plate, increase automatic classification to carry out the rough detached equipment of paddy.
Utility model content
In order to overcome the above-mentioned deficiencies of the prior art, this utility model provides a kind of grain suction remove impurity stone remover.
This utility model be employed technical scheme comprise that：
A kind of grain suction remove impurity stone remover, including frame, guard shield, upper eccentric stiffener, horizontal screen, blower fan, stone remover, under
Eccentric stiffener, big belt wheel, described frame upper left quarter connects upper eccentric stiffener, and upper eccentric stiffener connects horizontal screen, the going out of horizontal screen
Flitch aligns the feeding mouth extending into stone remover, and described stone remover is erected on the right side of frame by lower eccentric stiffener, described removes stone
Machine top connects induced-draught fan, and induced-draught fan is fixed between the vertical rod on the right side of frame, and the rear-end of spindle of described lower eccentric stiffener connects greatly
Belt wheel, big belt wheel connects motor by belt, and motor is arranged on frame lower, under the front-end of spindle of described lower eccentric stiffener connects
Belt wheel, lower belt wheel connects the upper belt-wheel of upper eccentric stiffener by powered belt, and described guard shield cover covers in described upper belt-wheel, powered belt
And in lower belt wheel, and it is fixed on front side of frame.
Further, described upper eccentric stiffener is by upper belt-wheel, bearing, upper shaft, upper eccentric, push-pull bar, escapement, push-and-pull
Arm, swing arm composition, described bearing is symmetrically socketed in the two ends of upper shaft, and described bearing is separately mounted to the front conjunction both sides of frame, institute
State upper belt-wheel to be socketed in upper shaft leading section and be located at the outside of front side bearing, the intermediate sleeve of described upper shaft connects eccentric, upper inclined
Heart wheel is threaded connection push-pull bar one end, and the push-pull bar other end is threaded connection escapement, and it is right that escapement is connected to by axostylus axostyle
Claim between small branch plate, in the middle part of the affixed upper boom in symmetrical small branch plate one end, its lower end is fixed on transverse slat, and described upper boom two ends pass through first
Group flexible rubber bearing connects described horizontal screen shell left bottom, and described upper boom two ends symmetrically connect gripper shoe one end and are located at
The inner side of flexible rubber bearing, the other end of described gripper shoe symmetrically connects lower beam two ends, and lower beam two ends are socketed second group of flexibility
Rubber shaft bearing, second group of flexible rubber bearing is located at outside gripper shoe, described second group of flexible rubber bearing connection frame upper left
Angle, described transverse slat two ends are connected between symmetric support plate, and described swing arm is by right side flexible rubber bearing, fork, wobble plate
Composition, described fork two ends are socketed the 3rd group of flexible rubber bearing, and fork two ends symmetrically connect wobble plate one end, and wobble plate is positioned at soft
Property rubber shaft bearing inside, the described wobble plate other end symmetrically connects another fork, another fork two ends are symmetrical connect the 4th group flexible
Rubber shaft bearing, the described wobble plate other end is located at the inner side of the 4th group of flexible rubber bearing, and described every three groups of flexible rubber bearings are even
Connect described horizontal screen shell bottom right side, described 4th group of flexible rubber bearing connects the described frame upper right corner, wherein said
Right side flexible rubber bearing divides the 3rd group of flexible rubber bearing and the 4th group of flexible rubber bearing, and described swing arm is symmetrical junction
Structure.
Further, described push-pull arm is made up of left side flexible rubber bearing, upper boom, small branch plate, gripper shoe, transverse slat, institute
State left side flexible rubber bearing and divide first group of flexible rubber bearing and second group of flexible rubber bearing, described escapement is by axostylus axostyle even
It is connected between symmetrical small branch plate, in the middle part of the affixed upper boom in symmetrical small branch plate one end, its lower end is fixed on transverse slat, and described upper boom two ends lead to
Cross first group of flexible rubber bearing and connect described horizontal screen shell left bottom, described upper boom two ends symmetrically connect gripper shoe one end
And it is located at the inner side of flexible rubber bearing, the other end of described gripper shoe symmetrically connects lower beam two ends, lower beam two ends socket second
Group flexible rubber bearing, second group of flexible rubber bearing is located at outside gripper shoe, and described second group of flexible rubber bearing connects machine
The frame upper left corner, described transverse slat two ends are connected between symmetric support plate, and described push-pull arm is symmetrical structure.
Further, described horizontal screen by shell, scalping plate, thin sieve plate, feed cap, drop down plate, feed pipe, aspiration channel, go out
Flitch forms, and described shell lower end angle connects first group of flexible rubber bearing of lower eccentric stiffener and the 3rd group of flexible rubber respectively
Bearing, described inside the shell is sequentially connected thin sieve plate and scalping plate from top to bottom, and spacing is uniformly, on the right side of described shell front side panel
Be provided with impurity outlet and lower impurity outlet, the base of described upper impurity outlet is concordant with scalping plate, the top margin of described lower impurity outlet with thin
Sieve plate is concordant and downside that be located at thin sieve plate, and described shell upper left quarter connects to connect inside feed cap, feed cap and drops down plate, drops down plate
Upper hem mouth connects top in described feed cap, and the side in front and back dropping down plate is all connected with side plate inner face before and after feed cap, drops down the lower hem of plate
Mouth and feed cap left surface have gap, connect feed pipe on the right side of top surface on described feed cap, connect aspiration channel on the left of it, described outer
The right side of shell connects reclaiming plate and concordant with thin sieve plate.
Further, described lower eccentric stiffener by vertical frid, left swing arm, lower push-pull bar, lower eccentric, main shaft, lower belt wheel,
Right swing arm forms, and described vertical frid is vertically symmetrical to be connected in frame, installs under left swing arm in the open slot of described vertical frid
Cross bar simultaneously passes through nut tightening, and the cross tube of described left swing arm goes out stone by what the 6th group of flexible rubber bearing was connected to stone remover
The under(-)chassiss both sides in rim of the mouth, socket bottom wheel in the middle of described cross tube, the threaded lower push-pull bar one end of lower escapement, it is another
Hold threaded lower eccentric, lower eccentric is socketed in the centre of main shaft, described main shaft two ends connect described machine by lower bearing
Frame bottom, the front and back ends of described main shaft connect lower belt wheel and big belt wheel, and the outside positioned at front and back ends lower bearing respectively, described
Right swing arm by holding axle, flexible bearing, pull bar, connecting plate to form, the symmetrical connection end in the forward and backward side of the right lower quadrant axle of described frame, hold axle
It is socketed the 7th group of flexible rubber bearing, the 7th group of flexible rubber bearing cylinder lever connecting rod one end, between pull bar, connects connecting plate, pull bar is another
End connects the 8th group of flexible rubber bearing in succession, and the 8th group of flexible rubber bearing connects another group of end axle, and another group of end axle connects
The framework both sides of the discharging opening bottom of described stone remover, described right swing arm is symmetrical structure.
Further, described left swing arm is made up of sheer pole, flexible rubber bearing, pull bar, connecting plate, lower escapement, cross tube,
Described sheer pole is contained in the open slot of vertical frid and is fastened by nut, and described sheer pole is socketed the 5th group of flexible rubber axle
Hold and be located inside vertical frid, described 5th group of flexible rubber bearing symmetrical cylinder lever connecting rod one end, connect connecting plate, pull bar between pull bar
The other end connects the 6th group of flexible rubber bearing, and the 6th group of flexible rubber bearing holder (housing, cover) connects cross bar, and cross tube is by fixed block even
Connect the stone outlet hole under(-)chassiss of stone remover, the lower escapement of middle part socket of described cross tube, described left swing arm is symmetrical structure.
Further, described stone remover top air outlet can cross canvas connection induced-draught fan inlet scoop.
Further, described stone remover also includes discharging opening, removes stone sieve plate, removes stone mouth, and described discharging opening is located at stone remover
Right-hand member, described go stone sieve plate to be fish scale-shaped, be located at the base of frame of stone remover, the described left end going stone mouth to be located at stone remover, and
Positioned at machine frame inside.
Further, after the feed pipe feed cap enters, the aspiration channel air-breathing on feed cap simultaneously, by institute for grain
After the dust containing in the grain entering siphons away about 30-40%, grain falls on dropping down plate, the reciprocally swinging through upper eccentric stiffener, drops down plate
On grain under the dual function of inertia force and gravity, fall on the scalping plate in horizontal screen, bigger material can be removed（As straw
Stalk, branch, weeds etc.）Grain falls on thin sieve plate, and thin sieve plate sieves removes the little debris in grain（Grass seed and dust etc.）, and
Bigger material flows out from upper impurity outlet, and little debris flow out from lower impurity outlet, and grain flows to stone remover from reclaiming plate on thin sieve plate,
And stone remover top connect induced-draught fan under the suction of suction air, grain is floated in stone remover by suction, and stone remover exists
Under the reciprocally swinging of lower eccentric stiffener, handstone and small clod are gone stone sieve plate to move to stone mouth, thus rejecting in grain
Handstone and small clod etc., because grain constantly enters in stone remover, such grain will fall, and is shifted into out
At material mouth, it is collected clean grain.
Compared with prior art, the beneficial effects of the utility model are：
1. charging through horizontal screen under the thrust of gravity, inertia force and continuous feed, by larger impurity (branch,
Weeds etc.) separate through dropping down pipe, take leave of the behindhand type that old-fashioned stone remover is held by hand out.
2. horizontal screen can change sieve as needed, and being completely separated out the old-fashioned stone remover such as grass seed, Semen sojae atricolor cannot be detached
A difficult problem.
3. go stone sieve plate to be fish scale structure, have and higher go stone efficiency.
4. it is directed to different materials, adjust and go to slabstone inclination angle, reach best separating effect.
5. external blower fan, so that whole secret envelope, is raised outside free from dust, is reached preferable environmental requirement.
6. reciprocally swinging structure, is to be installed with rubber shaft bearing, noise is near minimum.
Brief description
Fig. 1 is a kind of structural representation of grain suction remove impurity stone remover.
Fig. 2 is the push-pull arm structural representation of upper eccentric stiffener.
Fig. 3 is the swing arm structure schematic diagram of upper eccentric stiffener.
Fig. 4 is the structural representation of lower eccentric stiffener.
Specific embodiment
A kind of grain suction remove impurity stone remover, including frame 1, guard shield 2, upper eccentric stiffener 3, horizontal screen 4, blower fan 5, removes stone
Machine 6, lower eccentric stiffener 7, big belt wheel 8, described frame 1 upper left quarter connects upper eccentric stiffener 3, the flexible rubber of upper eccentric stiffener 3
Bearing group connects horizontal screen 4 under(-)chassiss, and the reclaiming plate 408 of horizontal screen 4 aligns the feeding mouth extending into stone remover 6, described goes
Stone machine 6 is erected on the right side of frame 1 by lower eccentric stiffener 7, and described stone remover 6 top connects induced-draught fan 5, and induced-draught fan 5 is fixed in
Between the vertical rod on frame 1 right side, main shaft 705 rear end of described lower eccentric stiffener 7 connects big belt wheel 8, and big belt wheel 8 is connected by belt
Motor, motor is arranged on frame 1 bottom, and main shaft 705 front end of described lower eccentric stiffener 7 connects lower belt wheel 706, lower belt wheel 706
Connect the upper belt-wheel 301 of upper eccentric stiffener 3 by powered belt, described guard shield 2 cover cover described upper belt-wheel 301, powered belt and
In lower belt wheel 706, and it is fixed on front side of frame 1.
Further, described upper eccentric stiffener 3 is by upper belt-wheel 301, bearing 302, upper shaft 303, upper eccentric 304, push-and-pull
Bar 305, escapement 306, push-pull arm 307, swing arm 308 form, and described bearing 302 is symmetrically socketed in the two ends of upper shaft 303, described axle
Hold the 302 front conjunction both sides being separately mounted to frame 1, described upper belt-wheel 301 is socketed in upper shaft 303 leading section and is located at front side bearing
Outside, the intermediate sleeve of described upper shaft 303 connects eccentric 304, and upper eccentric 304 is threaded connection push-pull bar 305 one end,
Push-pull bar 305 other end is threaded connection escapement 306, and escapement 306 is connected between symmetrical small branch plate 3073 by axostylus axostyle, symmetrically
In the middle part of the affixed upper boom in small branch plate 3073 one end 3072, its lower end is fixed on transverse slat 3075, and described upper boom 3072 two ends pass through the
One group of flexible rubber bearing 3071 connects described horizontal screen 4 shell left bottom, and described upper boom 3072 two ends symmetrically connect support
Plate 3074 one end and the inner side positioned at this group flexible rubber bearing 3071, the other end of described gripper shoe 3074 symmetrically connects lower beam
Two ends, lower beam two ends are socketed second group of flexible rubber bearing, and second group of flexible rubber bearing is located at outside gripper shoe 3074, described
Second group of flexible rubber bearing connection frame 1 upper left corner, described transverse slat 7075 two ends are connected between symmetric support plate 3074,
Described swing arm 308 is made up of right side flexible rubber bearing 3082, fork 3081, wobble plate 3083, described fork 3081 two ends set
Connect the 3rd group of flexible rubber bearing, fork 3081 two ends symmetrically connect wobble plate 3083 one end, and wobble plate 3083 is located at this group flexibility
Inside rubber shaft bearing, described wobble plate 3083 other end symmetrically connects another fork, and the 4th group of the symmetrical connection in another fork two ends is soft
Property rubber shaft bearing, the described wobble plate other end be located at the 4th group of flexible rubber bearing inner side, described every three groups of flexible rubber bearings
Connect described horizontal screen 4 shell bottom right side, described 4th group of flexible rubber bearing connects described frame 1 upper right corner, wherein institute
3081 points of the 3rd group of flexible rubber bearings of the right side flexible rubber bearing stated and the 4th group of flexible rubber bearing, described swing arm
308 is symmetrical structure.
Further, described push-pull arm 307 is by left side flexible rubber bearing 3071, upper boom 3072, small branch plate 3073, support
Plate 3074, transverse slat 3075 form, and 3071 points of first group of flexible rubber bearings of described left side flexible rubber bearing and second group are flexible
Rubber shaft bearing, described escapement 306 is connected between symmetrical small branch plate 3073 by axostylus axostyle, the affixed upper boom in symmetrical small branch plate 3073 one end
In the middle part of in the of 3072, its lower end is fixed on transverse slat 3075, and described upper boom 3072 two ends are passed through first group of flexible rubber bearing and connected institute
State horizontal screen 4 shell left bottom, described upper boom 3072 two ends symmetrically connect gripper shoe 3074 one end and are located at this group flexibility rubber
The inner side of glue bearing, the other end of described gripper shoe 3074 symmetrically connects lower beam two ends, and lower beam two ends are socketed second group of flexible rubber
Glue bearing, second group of flexible rubber bearing is located at outside gripper shoe 3074, and described second group of flexible rubber bearing connection frame 1 is left
Upper angle, described transverse slat 3075 two ends are connected between symmetric support plate 3074, and described push-pull arm 307 is symmetrical structure.
Further, described horizontal screen 4 by shell 401, scalping plate 402, thin sieve plate 403, feed cap 404, drop down plate 405,
Feed pipe 406, aspiration channel 407, reclaiming plate 408 form, and described shell 401 lower end angle connects first group of lower eccentric stiffener respectively
Flexible rubber bearing and the 3rd group of flexible rubber bearing, are sequentially connected thin sieve plate 403 and scalping in described shell 401 from top to bottom
Plate 402, and spacing is uniformly, is provided with impurity outlet and lower impurity outlet on the right side of described shell 401 front panel, described upper impurity outlet
Base is concordant with scalping plate 402, the top margin of described lower impurity outlet concordant with thin sieve plate 403 and be located at thin sieve plate 403 downside, institute
State shell 401 upper left quarter and connect feed cap 404, plate 405 is dropped down in the internal connection of feed cap 404, and the upper hem mouth dropping down plate 405 connects institute
State top in feed cap 404, the side in front and back dropping down plate 405 is all connected with side plate inner face before and after feed cap 404, drops down the lower hem mouth of plate 405
There is gap with feed cap 404 left surface, on the right side of top surface on described feed cap 404, connect feed pipe 406, on the left of it, connect aspiration channel
407, the right side of described shell 401 connects reclaiming plate 408 and concordant with thin sieve plate 403.
Further, described lower eccentric stiffener 7 is by vertical frid 701, left swing arm 702, lower push-pull bar 703, lower eccentric
704th, main shaft 705, lower belt wheel 706, right swing arm 707 form, and described vertical frid 701 is vertically symmetrical to be connected in frame 1, described vertical
The sheer pole 7021 of left swing arm 702 is installed in the open slot of frid 701 and passes through nut tightening, the upper horizontal stroke of described left swing arm 702
Bar 7026 is connected to the under(-)chassiss both sides stone mouth 603 of stone remover 6, described upper horizontal stroke by the 6th group of flexible rubber bearing
Socket bottom wheel 7025 in the middle of bar 7026, threaded lower push-pull bar 703 one end of lower escapement 7025, under its other end is threaded
Eccentric 704, lower eccentric 704 is socketed in the centre of main shaft 705, and described main shaft 705 two ends connect described machine by lower bearing
Frame 1 bottom, the front and back ends of described main shaft 705 connect lower belt wheel 706 and big belt wheel 8 respectively, and are located at front and back ends lower bearing
Outside, described right swing arm 707 is made up of end axle 7071, flexible bearing 7072, pull bar 7073, connecting plate 7074, the right side of described frame 1
The symmetrical connection end in the forward and backward side in bottom axle 7071, end axle 7071 is socketed the 7th group of flexible rubber bearing, the 7th group of flexible rubber bearing
Cylinder lever connecting rod 7073 one end, connects connecting plate 7074 between pull bar 7073, pull bar 7073 other end connects the 8th group of flexible rubber in succession
Bearing, the 8th group of flexible rubber bearing connects another group of end axle, and another group of end axle connects discharging opening 601 bottom of described stone remover 6
The framework both sides in portion, described right swing arm 707 is symmetrical structure.
Further, described left swing arm 702 by sheer pole 7021, flexible rubber bearing, pull bar 7023, connecting plate 7024, under
Escapement 7025, cross tube 7026 form, and described sheer pole 7021 is contained in the open slot of vertical frid 701 and is fastened by nut,
5th group of flexible rubber bearing 7022 is socketed on described sheer pole 7021 and is located inside vertical frid 701, described 5th group flexible
Symmetrical cylinder lever connecting rod 7023 one end of rubber shaft bearing 7022, connects connecting plate 7024 between pull bar 7023, pull bar 7023 other end connects the
Six groups of flexible rubber bearings 7027, the 6th group of flexible rubber bearing 7027 is socketed cross tube 7026, and cross tube 7026 passes through to fix
Block connects stone outlet hole 603 under(-)chassiss of stone remover 6, and the middle part of described cross tube 7026 is socketed lower escapement 7025, described
Left swing arm 702 is symmetrical structure.
Further, described stone remover 6 top air outlet can cross canvas connection induced-draught fan 5 inlet scoop.
Further, described stone remover 6 also includes discharging opening 601, removes stone sieve plate 602, removes stone mouth 603, described discharging opening 601
Be located at the right-hand member of stone remover 6, described go stone sieve plate 602 to be fish scale-shaped, be located at the base of frame of stone remover 6, described remove stone mouth 603
It is located at the left end of stone remover 6, and be located inside frame 1.
Further, grain from feed cap 404 feed pipe 406 enter after, the aspiration channel on feed cap 404 simultaneously
407 air-breathings, the dust containing in the grain being entered is siphoned away after about 30-40%, and grain falls on dropping down plate 405, through upper eccentric stiffener
3 reciprocally swinging, drops down grain on plate 405 under the dual function of inertia force and gravity, fall the scalping plate in horizontal screen 4
On 402, bigger material can be removed（As straw, branch, weeds etc.）Grain falls on thin sieve plate 403, and thin sieve plate 403 sieves removes
Little debris in grain（Grass seed and dust etc.）, and bigger material flows out from upper impurity outlet, little debris flow out from lower impurity outlet, grain
Thin sieve plate 403 flows to stone remover 6 from reclaiming plate 408, and the induced-draught fan 5 that stone remover 6 top connects is in the suction of suction air
Under power effect, grain is floated in stone remover 6 by suction, and stone remover 6 is under the reciprocally swinging of lower eccentric stiffener 7, handstone and little
Soil block is gone stone sieve plate 602 to move to stone mouth 603, thus rejecting handstone and small clod in grain etc., due to grain not
Enter in stone remover 6, such grain will fall, and is shifted into discharge outlet disconnectedly, be collected clean grain
Granule.
Claims (8)
1. a kind of grain suction remove impurity stone remover, including frame, guard shield, upper eccentric stiffener, horizontal screen, blower fan, stone remover, lower partially
, it is characterised in that described frame upper left quarter connects upper eccentric stiffener, upper eccentric stiffener connects horizontal screen, puts down for concentric mechanism, big belt wheel
The reclaiming plate of face sieve aligns the feeding mouth extending into stone remover, and described stone remover is erected on the right side of frame by lower eccentric stiffener,
Described stone remover top connects induced-draught fan, and induced-draught fan is fixed between the vertical rod on the right side of frame, after the main shaft of described lower eccentric stiffener
End connects big belt wheel, and big belt wheel connects motor by belt, and motor is arranged on frame lower, before the main shaft of described lower eccentric stiffener
End connects lower belt wheel, and lower belt wheel connects the upper belt-wheel of upper eccentric stiffener by powered belt, and described guard shield cover covers in described upper band
In wheel, powered belt and lower belt wheel, and it is fixed on front side of frame.
2. a kind of grain suction remove impurity stone remover according to claim 1 it is characterised in that described upper eccentric stiffener by
Upper belt-wheel, bearing, upper shaft, upper eccentric, push-pull bar, escapement, push-pull arm, swing arm composition, described bearing is symmetrically socketed in upper shaft
Two ends, described bearing is separately mounted to the front conjunction both sides of frame, and described upper belt-wheel is socketed in upper shaft leading section and is located at front side
The outside of bearing, the intermediate sleeve of described upper shaft connects eccentric, and upper eccentric is threaded connection push-pull bar one end, and push-pull bar is another
One end is threaded connection escapement, and escapement is connected between symmetrical small branch plate by axostylus axostyle, in the affixed upper boom in symmetrical small branch plate one end
Portion, its lower end is fixed on transverse slat, and described upper boom two ends are passed through first group of flexible rubber bearing and connected a described horizontal screen shell left side
Side bottom, described upper boom two ends symmetrically connect gripper shoe one end and be located at flexible rubber bearing inner side, described gripper shoe another
One end symmetrically connects lower beam two ends, and lower beam two ends are socketed second group of flexible rubber bearing, and second group of flexible rubber bearing is located at and props up
Outside fagging, described second group of flexible rubber bearing connection frame upper left corner, described transverse slat two ends are connected to symmetric support
Between plate, described swing arm is made up of right side flexible rubber bearing, fork, wobble plate, and described fork two ends are socketed the 3rd group of flexible rubber
Glue bearing, fork two ends symmetrically connect wobble plate one end, and wobble plate is located inside flexible rubber bearing, and the described wobble plate other end is symmetrical
Connect another fork, another fork two ends symmetrically connect the 4th group of flexible rubber bearing, the described wobble plate other end is located at the 4th group
The inner side of flexible rubber bearing, described every three groups of flexible rubber bearings described horizontal screen shell bottom right side of connection, the described 4th
Group flexible rubber bearing connects the described frame upper right corner, and wherein said right side flexible rubber bearing divides the 3rd group of flexible rubber axle
Hold and the 4th group of flexible rubber bearing, described swing arm is symmetrical structure.
3. a kind of grain suction remove impurity stone remover according to claim 2 is it is characterised in that described push-pull arm is by left side
Flexible rubber bearing, upper boom, small branch plate, gripper shoe, transverse slat composition, described left side flexible rubber bearing divides first group of flexible rubber
Bearing and second group of flexible rubber bearing, described escapement is connected between symmetrical small branch plate by axostylus axostyle, and symmetrical small branch plate one end is solid
Connect in the middle part of bar, its lower end is fixed on transverse slat, described upper boom two ends are passed through first group of flexible rubber bearing and connected described plane
Sieve shell left bottom, described upper boom two ends symmetrically connect gripper shoe one end and are located at the inner side of flexible rubber bearing, described
The other end of fagging symmetrically connects lower beam two ends, and lower beam two ends are socketed second group of flexible rubber bearing, second group of flexible rubber axle
Hold outside gripper shoe, described second group of flexible rubber bearing connection frame upper left corner, described transverse slat two ends are connected to
Between symmetric support plate, described push-pull arm is symmetrical structure.
4. a kind of grain suction remove impurity stone remover according to claim 1 is it is characterised in that described horizontal screen is by outer
Shell, scalping plate, thin sieve plate, feed cap, drop down plate, feed pipe, aspiration channel, reclaiming plate composition, described shell lower end angle connects respectively
First group of flexible rubber bearing of lower eccentric stiffener and the 3rd group of flexible rubber bearing, described inside the shell is sequentially connected from top to bottom
Thin sieve plate and scalping plate, and spacing is uniformly, are provided with impurity outlet and lower impurity outlet on the right side of described shell front side panel, described on go out
The base of miscellaneous mouth is concordant with scalping plate, the top margin of described lower impurity outlet concordant with thin sieve plate and be located at thin sieve plate downside, described
Shell upper left quarter connects connection inside feed cap, feed cap and drops down plate, and the upper hem mouth dropping down plate connects top in described feed cap, drops down plate
Before and after side be all connected with side plate inner face before and after feed cap, drop down the lower hem mouth of plate and feed cap left surface have gap, described charging
Cover connection feed pipe on the right side of top surface, on the left of it, connect aspiration channel, the right side of described shell is connected reclaiming plate and put down with thin sieve plate
Together.
5. a kind of grain suction remove impurity stone remover according to claim 1 it is characterised in that described lower eccentric stiffener by
Vertical frid, left swing arm, lower push-pull bar, lower eccentric, main shaft, lower belt wheel, right swing arm composition, the vertically symmetrical connection of described vertical frid
In frame, the sheer pole of left swing arm is installed and by nut tightening in the open slot of described vertical frid, described left swing arm upper
Cross bar is connected to the under(-)chassiss both sides stone mouth of stone remover by the 6th group of flexible rubber bearing, in the middle of described cross tube
The lower escapement of socket, the threaded lower push-pull bar one end of lower escapement, the threaded lower eccentric of its other end, lower eccentric is socketed in
The centre of main shaft, described main shaft two ends connect described frame lower by lower bearing, under the front and back ends of described main shaft connect respectively
Belt wheel and big belt wheel, and it is located at the outside of front and back ends lower bearing, described right swing arm is by holding axle, flexible bearing, pull bar, connecting plate group
Become, the symmetrical connection end in the forward and backward side of the right lower quadrant axle of described frame, end axle is socketed the 7th group of flexible rubber bearing, the 7th group flexible
Rubber shaft bearing cylinder lever connecting rod one end, connects connecting plate between pull bar, the pull bar other end connects the 8th group of flexible rubber bearing, and the 8th group soft
Property rubber shaft bearing connect another group of end axle, another group of end axle connects the framework both sides of the discharging opening bottom of described stone remover, described
Right swing arm be symmetrical structure.
6. a kind of grain suction remove impurity stone remover according to claim 5 is it is characterised in that described left swing arm is by lower horizontal stroke
Bar, flexible rubber bearing, pull bar, connecting plate, lower escapement, cross tube composition, described sheer pole is contained in the open slot of vertical frid simultaneously
Fastened by nut, described sheer pole is socketed the 5th group of flexible rubber bearing and is located inside vertical frid, described 5th group soft
Property rubber shaft bearing symmetrical cylinder lever connecting rod one end, connect connecting plate between pull bar, the pull bar other end connects the 6th group of flexible rubber bearing, the
Six groups of flexible rubber bearing holder (housing, cover)s connect cross bar, and cross tube connects the stone outlet hole under(-)chassiss of stone remover by fixed block, described
The lower escapement of middle part socket of cross tube, described left swing arm is symmetrical structure.
7. a kind of grain suction remove impurity stone remover according to claim 5 is it is characterised in that described stone remover top air-out
Mouth can be crossed canvas and connect induced-draught fan inlet scoop.
8. a kind of grain suction remove impurity stone remover according to claim 5 is it is characterised in that described stone remover also includes
Material mouth, remove stone sieve plate, remove stone mouth, described discharging opening is located at the right-hand member of stone remover, described go stone sieve plate to be fish scale-shaped, be located at stone
The base of frame of machine, the described left end going stone mouth to be located at stone remover, and it is located at machine frame inside.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620835593.8U CN205926325U (en) | 2016-08-04 | 2016-08-04 | Formula edulcoration destoner is inhaled to corn |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620835593.8U CN205926325U (en) | 2016-08-04 | 2016-08-04 | Formula edulcoration destoner is inhaled to corn |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205926325U true CN205926325U (en) | 2017-02-08 |
Family
ID=57925376
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620835593.8U Expired - Fee Related CN205926325U (en) | 2016-08-04 | 2016-08-04 | Formula edulcoration destoner is inhaled to corn |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205926325U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106166547A (en) * | 2016-08-04 | 2016-11-30 | 安徽东亚机械有限公司 | A kind of grain suction remove impurity stone remover |
| CN107597570A (en) * | 2017-11-03 | 2018-01-19 | 李贺 | Stone ore primary election screening machine |
| CN110420856A (en) * | 2019-08-20 | 2019-11-08 | 安徽东亚机械有限公司 | Drum-type cleaning removal of impurities stone remover |
| CN110508479A (en) * | 2019-08-20 | 2019-11-29 | 安徽东亚机械有限公司 | Plane rotation formula removal of impurities cleaning stone remover |
| CN110508480A (en) * | 2019-08-20 | 2019-11-29 | 安徽东亚机械有限公司 | Derrick type removal of impurities cleaning stone remover |
-
2016
- 2016-08-04 CN CN201620835593.8U patent/CN205926325U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106166547A (en) * | 2016-08-04 | 2016-11-30 | 安徽东亚机械有限公司 | A kind of grain suction remove impurity stone remover |
| CN106166547B (en) * | 2016-08-04 | 2018-11-23 | 安徽东亚机械有限公司 | A kind of grain suction removal of impurities stone remover |
| CN107597570A (en) * | 2017-11-03 | 2018-01-19 | 李贺 | Stone ore primary election screening machine |
| CN107597570B (en) * | 2017-11-03 | 2020-12-15 | 郑州西利康新材料有限公司 | Screening machine for primary selection of stone ore |
| CN110420856A (en) * | 2019-08-20 | 2019-11-08 | 安徽东亚机械有限公司 | Drum-type cleaning removal of impurities stone remover |
| CN110508479A (en) * | 2019-08-20 | 2019-11-29 | 安徽东亚机械有限公司 | Plane rotation formula removal of impurities cleaning stone remover |
| CN110508480A (en) * | 2019-08-20 | 2019-11-29 | 安徽东亚机械有限公司 | Derrick type removal of impurities cleaning stone remover |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205926325U (en) | Formula edulcoration destoner is inhaled to corn | |
| CN102860182B (en) | Cut vertical stream threshing separating cleaner | |
| CN104718873B (en) | Community grain harvester combine | |
| CN106166547B (en) | A kind of grain suction removal of impurities stone remover | |
| CN204968544U (en) | Self -propelled difunctional maize combine harvester | |
| CN108012647A (en) | Fruit combined harvester is plucked in one pickup of cultivating peanut | |
| CN107520128A (en) | The compound impurity-removing separator of crop seed | |
| CN207446732U (en) | One cultivates peanut impurity removing equipment | |
| CN108934479B (en) | Agricultural and sideline products processing is with rice thresher of threshing fast | |
| CN203446236U (en) | Full-feeding blowing rice and wheat threshing machine | |
| CN207639216U (en) | A kind of tongue bran combined type cleaning and sorting system and tongue bran type of threshing and sorting | |
| CN207070628U (en) | A kind of harvester for peanut | |
| CN108672276A (en) | A kind of vertically shaking cereal screen apparatus | |
| CN107750592A (en) | A kind of double cutter grain combines used with walking tractor matching | |
| CN211297722U (en) | Threshing machine with vibration screening function | |
| CN107896615A (en) | A kind of harvester for peanut | |
| CN206661845U (en) | A kind of seed dust removal with machine device | |
| CN218108439U (en) | Seed sieving mechanism is used to agricultural | |
| CN205694415U (en) | A kind of have the harvester air-draft-type grain cleaning machine increasing air holes | |
| CN204968605U (en) | Corn ear cleaning plant of threshing | |
| CN219003753U (en) | Grain environmental protection dust removal selection by winnowing machine | |
| CN201020449Y (en) | Specific gravity composite stone-removing dressing machine | |
| CN220307848U (en) | Novel carefully chosen corn thresher | |
| CN205546560U (en) | Maize picker and cleaning plant thereof | |
| CN219052089U (en) | Alfalfa seed edulcoration dust collector |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170208 Termination date: 20210804 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |