CN205947071U - Walnut shell breaking machine's walnut size is selected separately and even feed divider - Google Patents
Walnut shell breaking machine's walnut size is selected separately and even feed divider Download PDFInfo
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- CN205947071U CN205947071U CN201620746707.1U CN201620746707U CN205947071U CN 205947071 U CN205947071 U CN 205947071U CN 201620746707 U CN201620746707 U CN 201620746707U CN 205947071 U CN205947071 U CN 205947071U
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- drum sieve
- walnut
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Abstract
Walnut shell breaking machine's walnut size is selected separately and even feed divider, including the frame, the rear end top of frame is equipped with spiral feeding mechanism, and the left side wall of frame is fixed and is equipped with the motor, and the motor passes through the feeding of belt drive control spiral feeding mechanism, and inside rotation of frame is equipped with down the pivot, and the motor passes through the shaft coupling control infraduction rotation of axes, and the circular arc of lower pivot is equipped with the branch flitch on the surface, the utility model discloses passing through the belt drive by the motor and controlling the spiral feeding mechanism feed, and distinguish the big small dimension of walnut, the walnut slips into the cylinder through the spout and presses the in -process in hole evenly to divide the material by minute flitch, has greatly simplified broken shell process, has improved broken shell efficiency.
Description
Technical field
This utility model is related to agriculture and forestry machinery technical field, the Semen Juglandiss size sorting of more particularly, to a kind of shell-breaking machine of walnut and
Uniform distributing device.
Background technology
Semen Juglandiss rich in nutritive value, there is brain-invigorating, have the good reputation of " long live son " " Solanum muricatum " " treasured of health preserving ".Core
Fructus Persicae is delicious, be of high nutritive value, but the shell of Semen Juglandiss is very rigid, causes a lot of people Semen Juglandiss to be liked not only but also hates, market also has
Semen Juglandis are sold, but because shelling of Semen Juglandiss adopts artificial treatment, high labor intensive, complex procedures, inefficiency, Semen Juglandis
The inside is also mingled with more broken shell body, due to the operation that do not enable in high volume to peel off, leads to Semen Juglandis expensive, affects Semen Juglandiss
The development of industry.
Utility model content
In place of the deficiencies in the prior art, the utility model proposes a kind of operation is simple, efficiency high, automaticity
The Semen Juglandiss size sorting of high shell-breaking machine of walnut and uniform distributing device.
For solving above-mentioned technical problem, this utility model employs the following technical solutions：The Semen Juglandiss size of shell-breaking machine of walnut is divided
Choosing and uniform distributing device, including frame, the rear end top horizontal of frame is provided with feed screw structure, and the left side wall of frame is fixed
It is provided with bracing frame, bracing frame is fixed with motor, the main shaft of motor is fixed with the first belt wheel, the first belt wheel is arranged with
Belt, motor is in transmission connection by the power intake of belt and feed screw structure, and the inner rotation of frame is provided with lower rotary shaft
And the left end of lower rotary shaft stretches out on the left of frame, the left end of lower rotary shaft is fixed with shaft coupling, and lower rotary shaft passes through shaft coupling and motor
Main shaft right-hand member be fixedly connected, the arc-shaped surface of lower rotary shaft is uniformly fixed with three cutting plates；
Frame is made up of front apron, backboard, left plate, right plate, slanting baffle, working plate and vertical support plate, and working plate is solid
Surely it is located between left plate, right plate and backboard, working plate upper surface is sequentially provided with the first inclined-plane, the second inclined-plane from the front to the back
With the 3rd horizontal plane, the lower surface of working plate is horizontally disposed with, and slanting baffle is fixedly connected between left plate and right plate and oblique keeps off
Plate is in low dip setting after front height, and the first inclined-plane of working plate, slanting baffle, left plate and right plate are encircled into a taper blanking
Bucket, parallel to left plate and vertical support plate is fixedly connected between the first inclined-plane and slanting baffle vertical support plate, and left plate and right plate close
It is symmetrical arranged in vertical support plate, taper hopper is divided into left cavity and right cavity by vertical support plate, second below left cavity is oblique
Three the first chutes are uniformly provided with face, three the second chutes are uniformly provided with the second inclined-plane below right cavity, the 3rd
The left end of horizontal plane is uniformly provided with three the first cylinder pressure holes, and the right-hand member of the 3rd horizontal plane is uniformly provided with three the second cylinder pressures
Hole, the lower end of three the first chutes is connected with a first cylinder pressure hole respectively, the lower end of three the second chutes respectively with one
Second cylinder pressure hole connection, the first cylinder presses the diameter in hole to be less than the diameter that hole pressed by the second cylinder, left plate, right plate and Li Zhi
The top of plate is equipped with an arc groove, and the circle center line connecting of three arc grooves is located along the same line and this straight line and motor
Main axis parallel；
Feed screw structure includes drum sieve, feeding hopper and the second belt wheel, and drum sieve is supported on left plate, right plate and stands
In the arc groove of support plate, the drum sieve barrel above left cavity is uniformly provided with little sieve aperture, above right cavity
It is uniformly provided with big sieve aperture, in drum sieve, coaxial line is rotatably connected to rotating shaft, in the arc-shaped surface of upper rotating shaft on drum sieve barrel
It is fixed with the helical blade within positioned at drum sieve, the left end of upper rotating shaft stretches out on the left of drum sieve, the second belt wheel fixation is located at
The left end of upper rotating shaft, the second belt wheel passes through belt and the first belt wheel connects, and the left end top of drum sieve is provided with breach, and feeding hopper sets
In breach, feeding hopper top protrudes from drum sieve；
Lower rotary shaft is rotatably connected between the left plate of frame and right plate and the left end of lower rotary shaft stretches out left plate, lower turn
Axle position and is located at the first cylinder pressure hole and the second cylinder pressure hole rear above the first chute and the second chute.
The left and right two ends of drum sieve are equipped with a clutch shaft bearing, and upper rotating shaft is rotatably connected on drum sieve by clutch shaft bearing
Inside；Just the position of motor output shaft is being equipped with inside the left plate of frame and right plate with a second bearing, lower rotary shaft
Rotated by two second bearings and connect the inside being supported on frame.
Using technique scheme, shell-breaking machine of walnut also includes following technical characteristic：
The front of cutting plate is provided with Pneumatic stamping hulling machine, and the lower section of Pneumatic stamping hulling machine is provided with pneumatic blanking dress
Put, the front side wall of frame is just fixed with blower fan to the position of pneumatic doffer, is provided with feeding plate below pneumatic doffer,
Feeding plate is low early and high after to be obliquely installed and blanking front edge of board stretches out frame, and feeding plate is arranged right below waste material bucket, and waste material bucket is located at
Machine frame inside, is provided with recovering hopper below blanking front edge of board, recovering hopper is located in front of frame.
Pneumatic stamping hulling machine includes planer-type air cylinder support and stamping cylinder, and the fixation of planer-type air cylinder support is located at a left side
Side plate and the upper surface of right plate, stamping cylinder fixation is inserted in the middle part of planer-type air cylinder support, and stamping cylinder piston rod stretches out
The head level at end is fixedly connected with rebound, and rebound lower surface is connected with connecting plate, and connecting plate lower left is provided with three
First drift, connecting plate lower right is provided with three the second drifts, and three the first drifts are located at a first cylinder pressure hole respectively
Directly over and correspond up and down, the diameter of the first drift and the first cylinder press the diameter in hole identical, and three the second drifts are respectively
Press directly over hole and correspond up and down positioned at second cylinder, the diameter phase in the diameter of the second drift and the second cylinder pressure hole
With.
Pneumatic doffer includes blanking cylinder and support bar, and support bar is horizontally fixed between left plate and right plate,
There is between support bar and the lower surface of working plate gap, support bar is provided with two and time interval setting, two support bars
The left and right sides is all correspondingly provided with groove, and the fixation of blanking cylinder is located on backboard inwall, and the piston rod of blanking cylinder stretches out termination
Portion is provided with fixed plate, and the front end face level of fixed plate is provided with backing plate, and the upper surface of backing plate and the lower surface of working plate are engaged,
The lower surface of backing plate is fixed with guide rail, and guide rail is provided with two and is correspondingly arranged up and down with groove, and slide is plugged in groove
Interior, backing plate is slidably connected with support bar by guide rail；Under the piston rod elongation state of blanking cylinder, backing plate is located at the first cylinder pressure
The first cylinder pressure hole and the second cylinder pressure hole are pressed below hole and blocked to hole and the second cylinder；The piston rod retracted mode of blanking cylinder
Under, backing plate is located at the first cylinder pressure hole and the second cylinder pressure hole rear position.
Planer-type air cylinder support includes the support frame of inner hollow, and the left side time interval of support frame is provided with two left sides
Supporting leg, the right side time interval of support frame is provided with two right supporting legs, and left branch leg and right supporting leg are correspondingly arranged and fix and be located at a left side
Side plate and the upper surface of right plate, are provided with fixing screws in the middle part of the front surface of support frame, stamping cylinder is inserted into support frame
Internal and be fixedly connected with support frame by fixing screws.
The bottom of the first drift is provided with the first spherical groove, and the bottom of the second drift is provided with the second spherical groove, the first spherical groove
Diameter be less than the second spherical groove diameter.
Blower fan is provided with two, and the blower fan in left side is just pressed below hole to the first cylinder, and the blower fan on right side is just to the second cylinder pressure
Below hole, the front apron of frame is provided with two vents, and the front apron inwall of frame just corresponds to respectively to the position of vent
It is provided with a windshield.
Using technique scheme, this utility model has the advantages that：About the drum sieve of feed screw structure
Both sides are provided with sieve aperture of different sizes, and the material-falling hopper in frame is divided into left cavity and right cavity, and helical blade is in rotation pusher
During, little Semen Juglandiss fall into the left cavity of material-falling hopper from little sieve aperture, and big Semen Juglandiss fall into the right cavity of material-falling hopper from big sieve aperture, distinguish
Follow-up punching press broken shell can be facilitated after the size of Semen Juglandiss.
Chute is provided with the second inclined-plane of working plate, the terminal of chute connects with cylinder pressure hole, and Semen Juglandiss enter through spiral
Expect that what mechanism can be orderly after screening slips into cylinder pressure hole by chute, wait broken shell.
The top of chute is provided with cutting plate, and cutting plate can separate the Semen Juglandiss being slided by chute, so that Semen Juglandiss is spaced and falls into circle
Hole pressed by post, prevents feed blocking.
In sum：The Semen Juglandiss size sorting of shell-breaking machine of walnut of the present utility model and uniform distributing device are passed through by motor
V belt translation controls feed screw structure feeding, and the size specification of Semen Juglandiss is made a distinction, and Semen Juglandiss slip into cylinder pressure hole through chute
During by cutting plate uniform distributing, greatly simplifie broken shell operation, improve shell-breaking efficiency.
Brief description
Fig. 1 is the structural representation of shell-breaking machine of walnut；
Fig. 2 is A-A sectional view in Fig. 1；
Fig. 3 is B-B sectional view in Fig. 1；
Fig. 4 is C-C sectional view in Fig. 2；
Fig. 5 is D direction view in Fig. 2；
Fig. 6 is frame schematic perspective view.
Specific embodiment
Embodiment：Shell-breaking machine of walnut as shown in figs 1 to 6, including frame 1, the rear end top horizontal of frame 1 is provided with spiral shell
Rotation feeding mechanism, the left side wall of frame 1 is fixed with bracing frame 2, bracing frame 2 is fixed with motor 3, on the main shaft of motor 3
It is fixed with the first belt wheel 4, the first belt wheel 4 is arranged with belt 5, it is defeated with the power of feed screw structure that motor 3 passes through belt 5
Enter end to be in transmission connection, the inner rotation of frame 1 is provided with lower rotary shaft 6 and the left end of lower rotary shaft 6 stretches out on the left of frame 1, lower rotary shaft 6
Left end is fixed with shaft coupling 7, and lower rotary shaft 6 is fixedly connected with the main shaft right-hand member of motor 3 by shaft coupling 7, the circular arc of lower rotary shaft 6
Three cutting plates 8 are uniformly fixed with surface, the front of cutting plate 8 is provided with Pneumatic stamping hulling machine, and Pneumatic stamping broken shell fills
The lower section put is provided with pneumatic doffer, and the front side wall of frame 1 is just fixed with blower fan 9, gas to the position of pneumatic doffer
It is provided with feeding plate 10, feeding plate 10 is low early and high after to be obliquely installed and frame 1 is stretched out in feeding plate 10 front end, falls below dynamic doffer
Flitch 10 is arranged right below waste material bucket 11, and waste material bucket 11 is located inside frame 1, and feeding plate 10 is provided with recovering hopper 12 below front end,
Recovering hopper 12 is located in front of frame 1；
Frame 1 is by front apron 13, backboard 14, left plate 15, right plate 16, slanting baffle 17, working plate 18 and vertical support plate
19 compositions, working plate 18 fixation is located between left plate 15, right plate 16 and backboard 14, and working plate 18 upper surface is from the front to the back
It is sequentially provided with the first inclined-plane 20, the second inclined-plane 21 and the 3rd horizontal plane 22, the lower surface of working plate 18 is horizontally disposed with, slanting baffle 17
It is fixedly connected between left plate 15 and right plate 16 and slanting baffle is in low dip setting after front height, the first inclined-plane of working plate 18
20th, slanting baffle 17, left plate 15 and right plate 16 are encircled into a taper hopper 23, vertical support plate 19 parallel to left plate 15 and
Vertical support plate 19 is fixedly connected between the first inclined-plane 20 and slanting baffle 17, and left plate 15 and right plate 16 are symmetrical with regard to vertical support plate 19
Setting, taper hopper 23 is divided into left cavity 24 and right cavity 25 by vertical support plate 19, positioned at the second inclined-plane of left cavity 24 lower section
It is uniformly provided with three the first chutes 26 on 21, on the second inclined-plane 21 of right cavity 25 lower section, be uniformly provided with three the second chutes
27, the left end of the 3rd horizontal plane 22 is uniformly provided with three the first cylinder pressure holes 28, and the right-hand member of the 3rd horizontal plane 22 is uniformly provided with three
Individual second cylinder pressure hole 29, the lower end of three the first chutes 26 is connected with a first cylinder pressure hole 28 respectively, three second cunnings
The lower end of groove 27 is connected with a second cylinder pressure hole 29 respectively, and the first cylinder presses the diameter in hole 28 to be less than the second cylinder pressure hole 29
Diameter, the top of left plate 15, right plate 16 and vertical support plate 19 is equipped with an arc groove 30, three arc grooves 30
Circle center line connecting be located along the same line and this straight line and motor 3 main axis parallel；
Feed screw structure includes drum sieve 31, feeding hopper 32 and the second belt wheel 35, drum sieve 31 be supported on left plate 15,
In the arc groove 30 of right plate 16 and vertical support plate 19, on drum sieve 31 barrel of left cavity 24 top, it is uniformly provided with little sieve
Hole 36, is uniformly provided with big sieve aperture 37, in drum sieve 31, coaxial line rotates even on drum sieve 31 barrel of right cavity 25 top
It is connected to rotating shaft 34, the arc-shaped surface of upper rotating shaft 34 is fixed with the helical blade 33 within positioned at drum sieve 31, upper rotating shaft
34 left end stretches out on the left of drum sieve 31, and the second belt wheel 35 fixation is located at the left end of rotating shaft 34, and the second belt wheel 35 passes through belt 5
Connect with the first belt wheel 4, the left end top of drum sieve 31 is provided with breach, and feeding hopper 32 is located in breach, and feeding hopper 32 top is convex
For drum sieve 31；
Pneumatic stamping hulling machine includes planer-type air cylinder support 38 and stamping cylinder 39, and planer-type air cylinder support 38 is fixing
It is located at left plate 15 and the upper surface of right plate 16, stamping cylinder 39 fixation is inserted in the middle part of planer-type air cylinder support 38, punching press
The head level of cylinder 39 piston rod external part is fixedly connected with rebound 40, and rebound 40 lower surface is connected with connecting plate 41,
Connecting plate 41 lower left is provided with three the first drifts 42, and connecting plate 41 lower right is provided with three the second drifts 43, three
One drift 42 is located at respectively directly over a first cylinder pressure hole 28 and corresponds up and down, the diameter and first of the first drift 42
Cylinder presses the diameter in hole 28 identical, and three the second drifts 43 are located at directly over a second cylinder pressure hole 29 and up and down one by one respectively
Corresponding, the diameter in the diameter of the second drift 43 and the second cylinder pressure hole 29 is identical.
Pneumatic doffer includes blanking cylinder 44 and support bar 48, and support bar 48 is horizontally fixed on left plate 15 and right side
Between plate 16, there is between the lower surface of support bar 48 and working plate 18 gap, support bar 48 is provided with two and time interval sets
Put, the left and right sides of two support bars 48 is all correspondingly provided with groove 49, and blanking cylinder 44 fixation is located on backboard 14 inwall, falls
The piston rod of material cylinder 44 stretches out end head and is provided with fixed plate 45, and the front end face level of fixed plate 45 is provided with backing plate 46, backing plate 46
Upper surface and the lower surface of working plate 18 be engaged, the lower surface of backing plate 46 is fixed with guide rail 47, and guide rail 47 is provided with two
Root and being correspondingly arranged about 49 with groove, guide rail 47 slides and is plugged in groove 49, and backing plate 46 passes through guide rail 47 and support bar 48
It is slidably connected；Under the piston rod elongation state of blanking cylinder 44, backing plate 46 is located at the first cylinder pressure hole 28 and the second cylinder pressure hole
The first cylinder pressure hole 28 and the second cylinder pressure hole 29 are simultaneously blocked in 29 lower sections；Under the piston rod retracted mode of blanking cylinder 44, backing plate
46 are located at the first cylinder pressure hole 28 and the second cylinder pressure hole 29 rear position.
Planer-type air cylinder support 38 includes the support frame 50 of inner hollow, and the left side time interval of support frame 50 is provided with
Two left branch legs 51, the right side time interval of support frame 50 is provided with two right supporting legs 52, and left branch leg 51 and right supporting leg 52 are corresponding
Arrange and fixation is located at left plate 15 and the upper surface of right plate 16, in the middle part of the front surface of support frame 50, be provided with fixing screws
53, stamping cylinder 39 is inserted into support frame 50 inside and is fixedly connected with support frame 50 by fixing screws 53.
Lower rotary shaft 6 is rotatably connected between the left plate 15 of frame 1 and right plate 16 and the left end of lower rotary shaft 6 stretches out left side
Plate 15, lower rotary shaft 6 is located at the first chute 26 and the second chute 27 top and is located at the first cylinder pressure hole 28 and the second cylinder pressure hole
29 rears.
The bottom of the first drift 42 is provided with the first spherical groove 54, and the bottom of the second drift 43 is provided with the second spherical groove 55, the
The diameter of one spherical groove 54 is less than the diameter of the second spherical groove 55.
Blower fan 9 is provided with two, and the blower fan 9 in left side is just pressed below hole 28 to the first cylinder, and the blower fan 9 on right side is just to the second circle
Below post pressure hole 29, the front apron 13 of frame 1 is provided with two vents 56, and front apron 13 inwall of frame 1 is just to vent
56 position is correspondingly provided with a windshield 59 respectively.
The left and right two ends of drum sieve 31 are equipped with a clutch shaft bearing 57, and upper rotating shaft 34 is passed through clutch shaft bearing 57 and rotated connection
Inside in drum sieve 31；Just one is equipped with to the position of motor 3 output shaft inside the left plate 15 of frame 1 and right plate 16
Second bearing 58, lower rotary shaft 6 passes through two second bearings 58 and rotates the inside that connection is supported on frame 1.
The principle of shell-breaking machine of walnut and work process are as follows：Semen Juglandiss are poured into feeding hopper 32, Semen Juglandiss are entered by feeding hopper 32
Enter drum sieve 31, motor 3 passes through belt 5 transmission and drives the upper rotating shaft 34 being installed in drum sieve 31 to rotate, and upper rotating shaft 34 drives
Helical blade 33 rotates, and promotes Semen Juglandiss to move from left to right during helical blade 33 rotation, during Semen Juglandiss motion relatively
Little Semen Juglandiss fall into the left cavity 24 of taper hopper 23 by little sieve aperture 36, and larger Semen Juglandiss fall into taper blanking by big sieve aperture 37
Bucket 23 right cavity 25, simultaneously motor 3 by shaft coupling 7 control lower rotary shaft 6 rotate, lower rotary shaft 6 drive cutting plate 8 rotation point
Material, prevents feed blocking, and the Semen Juglandiss in left cavity 24 fall into the first chute 26 and push the first cylinder pressure hole 28 by cutting plate 8,
Semen Juglandiss in right cavity 25 fall into the second chute 27 and push the second cylinder pressure hole 29, now at blanking cylinder 44 by cutting plate 8
In the state of stretching out, backing plate 46 is located at cylinder and presses the underface in hole by the hole closing of cylinder pressure, presses hole 28 and second positioned at the first cylinder
Cylinder presses the first drift 42 of hole 29 top and the second drift 43 to drive downward punching press by walnut shell-breaking, broken shell by stamping cylinder 39
After the completion of action, the piston rod of blanking cylinder 44 is retracted and is driven backing plate 46 rearward movement, the Semen Juglandiss falls downward after broken shell, landing
Moment blower fan 9 blow walnut shell rearward movement and eventually fall into waste material bucket 11, Semen Juglandis fall into feeding plate 10 and finally slip into
Recovering hopper 12.
Above example is only in order to illustrative and not limiting the technical solution of the utility model, although reference above-described embodiment pair
This utility model has been described in detail, it will be understood by those within the art that：Without departing from essence of the present utility model
Any modification or partial replacement in god and scope, it all should be covered in the middle of right of the present utility model.
Claims (3)
1. shell-breaking machine of walnut Semen Juglandiss size sorting and uniform distributing device it is characterised in that：Including frame, the rear end top of frame
Portion's level is provided with feed screw structure, and the left side wall of frame is fixed with bracing frame, bracing frame is fixed with motor, motor
First belt wheel is fixed with main shaft, the first belt wheel is arranged with belt, motor passes through the power of belt and feed screw structure
Input is in transmission connection, and the inner rotation of frame is provided with lower rotary shaft and the left end of lower rotary shaft stretches out on the left of frame, a left side for lower rotary shaft
End is fixed with shaft coupling, and lower rotary shaft is fixedly connected with the main shaft right-hand member of motor by shaft coupling, in the arc-shaped surface of lower rotary shaft
Uniformly it is fixed with three cutting plates；
Frame is made up of front apron, backboard, left plate, right plate, slanting baffle, working plate and vertical support plate, and working plate fixation sets
Between left plate, right plate and backboard, working plate upper surface is sequentially provided with the first inclined-plane, the second inclined-plane and from the front to the back
Three horizontal planes, the lower surface of working plate is horizontally disposed with, and slanting baffle is fixedly connected between left plate and right plate and slanting baffle is in
Low dip setting after front height, the first inclined-plane of working plate, slanting baffle, left plate and right plate are encircled into a taper hopper,
Parallel to left plate and vertical support plate is fixedly connected between the first inclined-plane and slanting baffle vertical support plate, and left plate and right plate are with regard to vertical
Support plate is symmetrical arranged, and taper hopper is divided into left cavity and right cavity by vertical support plate, on the second inclined-plane below left cavity
It is uniformly provided with three the first chutes, three the second chutes, the 3rd level are uniformly provided with the second inclined-plane below right cavity
The left end in face is uniformly provided with three the first cylinders pressure holes, and the right-hand member of the 3rd horizontal plane is uniformly provided with three the second cylinders pressure holes, and three
The lower end of individual first chute is connected with a first cylinder pressure hole respectively, the lower end of three the second chutes respectively with one second circle
The hole connection of post pressure, the first cylinder presses the diameter in hole to be less than the diameter that hole pressed by the second cylinder, the top of left plate, right plate and vertical support plate
Portion is equipped with an arc groove, the circle center line connecting of three arc grooves be located along the same line and this straight line and motor main shaft
Parallel；
Feed screw structure includes drum sieve, feeding hopper and the second belt wheel, and drum sieve is supported on left plate, right plate and vertical support plate
Arc groove in, the drum sieve barrel above left cavity is uniformly provided with little sieve aperture, the cylinder above right cavity
It is uniformly provided with big sieve aperture, in drum sieve, coaxial line is rotatably connected to rotating shaft on screen drum wall, fixing in the arc-shaped surface of upper rotating shaft
It is provided with the helical blade within positioned at drum sieve, the left end of upper rotating shaft stretches out on the left of drum sieve, the second belt wheel fixation is located at and turns
The left end of axle, the second belt wheel passes through belt and the first belt wheel connects, and the left end top of drum sieve is provided with breach, and feeding hopper is located at scarce
In mouthful, feeding hopper top protrudes from drum sieve.
2. shell-breaking machine of walnut according to claim 1 Semen Juglandiss size sorting and uniform distributing device it is characterised in that：Under
Axis of rotation is connected between the left plate of frame and right plate and the left end of lower rotary shaft stretches out left plate, and lower rotary shaft is located at first
Above chute and the second chute and positioned at the first cylinder pressure hole and the second cylinder pressure hole rear.
3. the Semen Juglandiss size sorting of shell-breaking machine of walnut according to claim 1 and 2 and uniform distributing device, its feature exists
In：The left and right two ends of drum sieve are equipped with a clutch shaft bearing, and upper rotating shaft is rotatably connected on the interior of drum sieve by clutch shaft bearing
Portion；Just the position of motor output shaft is being equipped with inside the left plate of frame and right plate with a second bearing, lower rotary shaft passes through
Two second bearings rotate and connect the inside being supported on frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620746707.1U CN205947071U (en) | 2016-07-15 | 2016-07-15 | Walnut shell breaking machine's walnut size is selected separately and even feed divider |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620746707.1U CN205947071U (en) | 2016-07-15 | 2016-07-15 | Walnut shell breaking machine's walnut size is selected separately and even feed divider |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205947071U true CN205947071U (en) | 2017-02-15 |
Family
ID=57970635
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620746707.1U Expired - Fee Related CN205947071U (en) | 2016-07-15 | 2016-07-15 | Walnut shell breaking machine's walnut size is selected separately and even feed divider |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205947071U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108618163A (en) * | 2017-03-20 | 2018-10-09 | 东北林业大学 | A kind of camellia oleifera fruit spiral feeding sifter |
| CN112620107A (en) * | 2020-12-01 | 2021-04-09 | 徐玉芹 | Residue impurity removing device for granulated feed and working method |
| CN114055662A (en) * | 2021-11-12 | 2022-02-18 | 张松 | Plastic granulation processing equipment |
-
2016
- 2016-07-15 CN CN201620746707.1U patent/CN205947071U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108618163A (en) * | 2017-03-20 | 2018-10-09 | 东北林业大学 | A kind of camellia oleifera fruit spiral feeding sifter |
| CN112620107A (en) * | 2020-12-01 | 2021-04-09 | 徐玉芹 | Residue impurity removing device for granulated feed and working method |
| CN114055662A (en) * | 2021-11-12 | 2022-02-18 | 张松 | Plastic granulation processing equipment |
| CN114055662B (en) * | 2021-11-12 | 2024-03-29 | 安徽新邦新材料有限公司 | Plastic granulation processing equipment |
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