CN108741119A - A kind of elastic opening/closing formula ginkgo nut removing device and its decladding method - Google Patents
A kind of elastic opening/closing formula ginkgo nut removing device and its decladding method Download PDFInfo
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- CN108741119A CN108741119A CN201810674781.0A CN201810674781A CN108741119A CN 108741119 A CN108741119 A CN 108741119A CN 201810674781 A CN201810674781 A CN 201810674781A CN 108741119 A CN108741119 A CN 108741119A
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- Prior art keywords
- pressing disc
- decladding
- ginkgo nut
- telescopic
- keying
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23N—MACHINES OR APPARATUS FOR TREATING HARVESTED FRUIT, VEGETABLES OR FLOWER BULBS IN BULK, NOT OTHERWISE PROVIDED FOR; PEELING VEGETABLES OR FRUIT IN BULK; APPARATUS FOR PREPARING ANIMAL FEEDING- STUFFS
- A23N5/00—Machines for hulling, husking or cracking nuts
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- Life Sciences & Earth Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Polymers & Plastics (AREA)
- Apparatuses For Bulk Treatment Of Fruits And Vegetables And Apparatuses For Preparing Feeds (AREA)
Abstract
The invention discloses a kind of elastic opening/closing formula ginkgo nut removing device and its decladding methods, including decladding storehouse, upper platen, pressing disc, driving mechanism, controller, Bu Ke mechanisms, elastic opening/closing component；The present invention is cleverly mounted with Bu Ke mechanisms on pressing disc, on the upper surface of pressing disc multiple upper platen gaps are split by multiple telescopic blocks, the ginkgo nut of bulky grain upward platen gap of meeting after being squeezed carries out mobile and little particle ginkgo nut is squeezed out upper platen gap, to compensate for bulky grain ginkgo nut accommodating space so that the ginkgo nut of bulky grain is with short grained ginkgo nut by consistent extruding peeling force.Feeding pipe lower end compresses downwards the tapered ramp for opening and closing upper end of slide block and makes the keying chamber internal slide of keying sliding block outward, and then feeding pipe lower end passes through jack hole so that jack hole is connected in feeding pipe, and opening/shutting mode is ingenious.
Description
Technical field
The present invention relates to elastic opening/closing formula ginkgo nut removing device and its decladding methods.
Background technology
Ginkgo nut has very high medical value, when removing the shell of ginkgo nut in daily life, usually man-hour manually hand-held
The tools such as pliers carry out.It is time-consuming and laborious under this mode, and it is easy to damage the hand of operator.It is needing to a large amount of ginkgo nut
When carrying out broken shell, the mode operating efficiency of artificial broken shell is low.
Invention content
In view of the deficiencies of the prior art mentioned above, problems solved by the invention is：There is provided that a kind of opening/shutting mode is convenient, goes
Efficient, the easy-to-use elastic opening/closing formula ginkgo nut removing device of shell and its decladding method.
To solve the above problems, the technical solution adopted by the present invention is as follows：
A kind of elastic opening/closing formula ginkgo nut removing device, including decladding storehouse, upper platen, pressing disc, driving mechanism, controller, cloth
Shell mechanism, elastic opening/closing component；The driving mechanism is mounted on the bottom in decladding storehouse；The pressing disc is mounted on driving machine
The top of structure；The driving mechanism drives the movement of pressing disc Telescopic rotating；The upper platen be mounted on pressing disc just on
Side；The upper platen upper end is fixed on the inside of the upper end in decladding storehouse；Material bin is equipped among the upper end in the decladding storehouse；Institute
The centre for the upper platen stated is equipped with jack hole；The lower end of the material bin is worn by feeding pipe to be connected on wearing among upper platen and connects
In hole；The pressing disc upper end edge is equipped with the barrier ring upwardly extended；The upper end of the pressing disc is downwards
It is extended with multiple telescopic chutes arranged in parallel；The bottom connection of each telescopic chute is set there are one screw drive hole；
The Bu Ke mechanisms are equipped with multiple；The Bu Ke mechanisms include expansion screw and telescopic block；In each telescopic chute
Activity one telescopic block of installation；Each screw drive hole internal thread installs an expansion screw；The expansion screw
From pressing disc lower face, screw thread penetrates in screw drive hole；The expansion screw upper end is connected to the lower end of telescopic block；It is described
Expansion screw rotation compress telescopic block stretch out pressing disc upper surface；Upper platen gap is equipped between the telescopic block；Institute
The controller signals connection driving mechanism stated；The elastic opening/closing component includes telescopic resilience body and keying sliding block；Described
The jack hole both sides of upper platen are respectively provided with a keying chamber；The keying intracavitary respectively installs a telescopic resilience body and one is opened
Close sliding block；The telescopic resilience body will open and close sliding block and be pushed to jack hole；The upper end of the keying sliding block is equipped with wedge shape tiltedly
Face；The keying sliding block docking closing jack hole for opening and closing intracavitary；The feeding pipe lower end compresses the wedge for opening and closing upper end of slide block
Shape inclined-plane simultaneously makes the keying chamber internal slide of keying sliding block outward, and then feeding pipe lower end passes through jack hole；The decladding
The upper end both sides in storehouse are respectively provided with a telescopic cylinder；The telescopic cylinder upper end is fixed on the both sides of material bin.
Further, the expansion screw upper end is equipped with clamping ring；The telescopic block lower end is equipped with clamping annular groove；It is described
Expansion screw by the clamping ring rotary clamping of upper end in the clamping annular groove of telescopic block lower end.
Further, the upper surface of the telescopic block is in the arcuate structure to arch upward upwards.
Further, the decladding storehouse is inverted U shape structure.
Further, further include sliding rail, push disc carrier, shifting roller；The sliding rail is mounted on decladding orlop portion or so
Both sides and to decladding storehouse front and rear sides extend；The pressing disc overlap joint, which is mounted on, to be pushed on disc carrier；The pressing disc
Two side bottom of holder installs shifting roller；The shifting roller rolling is connected on sliding rail.
Further, it is equipped with grafting set among the bottom of the pressing disc；The driving mechanism upper end is equipped with drive shaft；
The driving mechanisms control drive shaft Telescopic rotating movement；The drive shaft is flexible to be inserted into inserting among the bottom of pressing disc
In female connector.
Further, grafting set and driving shaft section are in rectangular configuration.
A kind of decladding method of ginkgo nut, steps are as follows：
S1, pressing disc overlap joint is mounted on pushing disc carrier, pushes and push disc carrier, is rolled on sliding rail using shifting roller
It is dynamic so that pressing disc enters in decladding storehouse, and controls the underface that pressing disc is located at upper platen；
S2, telescopic cylinder is opened, drives material bin, material bin that feeding pipe is driven to move down downwards by telescopic cylinder, pan feeding
Pipe lower end compresses downwards the tapered ramp for opening and closing upper end of slide block and makes the keying chamber internal slide of keying sliding block outward, and then enters
Expects pipe lower end passes through jack hole so that jack hole is connected in feeding pipe；Ginkgo nut is sent into from material bin so that ginkgo nut is by entering
Expects pipe enters on pressing disc, after feeding is completed, is driven up material bin by telescopic cylinder so that feeding pipe moves up
And it is detached from jack hole, telescopic resilience, which is known from experience, at this time will open and close sliding block to jack hole promotion, the keying sliding block of the keying intracavitary of both sides
Docking closing jack hole；
S3, controller send out instruction so that driving mechanisms control drive shaft moves upwards so that pressing disc is inserted into drive shaft upper end
Bottom among grafting set in, pressing disc pressing disc branch upwardly and out is driven while drive shaft continues up
Frame, when ginkgo nut is clamped between upper platen and pressing disc, controller sends out instruction so that driving mechanism stops driving, such as
This drive shaft stop motion；
S4, controller send out instruction so that driving mechanisms control drive shaft rotary motion, drive shaft drive pressing disc to be rotated
Movement, the shell and pulp of such ginkgo nut can carry out rotating stripping between upper platen and pressing disc, complete decladding, pressing disc
It stops operating；
After S5, decladding, controller sends out instruction, and driving mechanisms control drive shaft moves downward so that pressing disc is with drive
Moving axis is moved downward and is overlapped mounted on pushing on disc carrier, and drive shaft continues to move downward and be detached among the bottom of pressing disc
Grafting set, at this time push push disc carrier, rolled on sliding rail using shifting roller so that pressing disc leaves decladding storehouse, complete
At discharging；Later, repeat step S1 to S5, realize the pattern of multiple pressing disc pipelinings.
Beneficial effects of the present invention
1. the feeding pipe lower end of the present invention compresses downwards the tapered ramp for opening and closing upper end of slide block and makes keying sliding block opening outward
Closed chamber internal slide, and then feeding pipe lower end passes through jack hole so that jack hole is connected in feeding pipe, and feeding pipe of the invention is led
Logical structure design is exquisite, realizes the automatic open close of platen.
If carrying out rotating stripping 2. ginkgo nut is clamped directly between upper platen and pressing disc, due to ginkgo fruit granule
Vary, the stripping clamped first of bulky grain, and it is short grained be clamped to not yet, and then cause to remove insufficient；
In addition if being also clamped stripping to little particle, the pulp of bulky grain will be by huge extruding force and by breakage.
The present invention is cleverly mounted with that Bu Ke mechanisms, Bu Ke mechanisms include expansion screw and telescopic block, each telescopic chute on pressing disc
One telescopic block of interior activity installation, each screw drive hole internal thread install an expansion screw, and expansion screw is under pressing disc
End-face helical penetrates in screw drive hole, and expansion screw upper end is connected to the lower end of telescopic block, on the upper surface of such pressing disc
Multiple upper platen gaps are split by multiple telescopic blocks, the ginkgo nut of bulky grain can upward platen gap after being squeezed
Carry out mobile and little particle ginkgo nut squeezed out into upper platen gap, to compensate for bulky grain ginkgo nut accommodating space, make
Bulky grain ginkgo nut with short grained ginkgo nut by consistent extruding peeling force.And telescopic block stretches out pressing disc
Height can be by expansion screw into horizontal drive control, and use is more flexible and changeable.The decladding method of the present invention is simple, realizes
The operating types of multiple pressing disc assembly lines, operating efficiency are high.
Description of the drawings
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is the diagrammatic side-view cross-sectional structural schematic diagram of pressing disc and Bu Ke mechanisms.
Fig. 3 is the fractionation structural representation of pressing disc and Bu Ke mechanisms.
Fig. 4 is pressing disc and pushes the fractionation structural representation of disc carrier.
Fig. 5 is the structural schematic diagram of upper platen and elastic opening/closing component.
Specific implementation mode
The content of present invention is described in further detail below in conjunction with the accompanying drawings.
As shown in Fig. 1 to 5, a kind of elastic opening/closing formula ginkgo nut removing device, including decladding storehouse 1, upper platen 2, pressing disc
3, driving mechanism 4, controller 5, Bu Ke mechanisms 9, elastic opening/closing component 10.The driving mechanism 4 is mounted on the bottom in decladding storehouse 1
Portion；The pressing disc 3 is mounted on the top of driving mechanism 4；The driving mechanism 4 drives the movement of 3 Telescopic rotating of pressing disc；
The upper platen 2 is mounted on the surface of pressing disc 3；2 upper end of upper platen is fixed on the inside of the upper end in decladding storehouse 1；
Material bin 11 is equipped among the upper end in the decladding storehouse 1；The centre of the upper platen 2 is equipped with jack hole 21；Described enters
It is worn by feeding pipe 111 in the jack hole 21 being connected among upper platen 2 lower end of hopper 11；The 3 upper end surrounding of pressing disc
Edge is equipped with the barrier ring 34 upwardly extended；The upper surface of the pressing disc 3 has extended downwardly multiple arranged in parallel
Telescopic chute 31；The bottom connection of each telescopic chute 31 is set there are one screw drive hole 32；The Bu Ke mechanisms 9 are set
Have multiple；The Bu Ke mechanisms 9 include expansion screw 92 and telescopic block 91；Activity installation one in each telescopic chute 31
A telescopic block 91；Each 32 internal thread of screw drive hole installs an expansion screw 92；The expansion screw 92 from
3 lower face screw thread of pressing disc penetrates in screw drive hole 32；92 upper end of expansion screw is connected to the lower end of telescopic block 91；
The expansion screw 92, which rotates, compresses the upper surface that telescopic block 91 stretches out pressing disc 3；It is equipped between the telescopic block 91 upper
Platen gap 35；The controller signals 5 connect driving mechanism 4.As described in figures 1 and 5, the elastic opening/closing component 10 wraps
It includes telescopic resilience body 101 and opens and closes sliding block 102；The jack hole both sides of the upper platen 2 are respectively provided with a keying chamber 22；It is described
Keying chamber 22 in respectively install a telescopic resilience body 101 and one keying sliding block 102；The telescopic resilience body 101 will open
Sliding block 102 is closed to push to jack hole 21；The upper end of the keying sliding block 102 is equipped with tapered ramp 1021；The keying chamber 22
The interior docking closing jack hole 21 of keying sliding block 102；111 lower end of feeding pipe compresses the wedge shape for opening and closing 102 upper end of sliding block
Inclined-plane 1021 simultaneously makes 22 internal slide of keying chamber of keying sliding block 102 outward, and then 111 lower end of feeding pipe passes through jack hole
21；The upper end both sides in the decladding storehouse 1 are respectively provided with a telescopic cylinder 112；112 upper end of the telescopic cylinder installation is fixed
In the both sides of material bin 11.It is oblique that the docking of tapered ramp 1021 of the upper end of two keying sliding blocks 102 forms up big and down small taper
Face.
As shown in figure 3, further preferably, 92 upper end of expansion screw is equipped with clamping ring 921；The telescopic block 91
Lower end is equipped with clamping annular groove 911；The expansion screw 92 is by 921 rotary clamping of clamping ring of upper end in 91 lower end of telescopic block
Clamping annular groove 911 in.Further preferably, the upper surface of the telescopic block 91 is in the arcuate structure 912 to arch upward upwards.Into one
Step is preferred, and the decladding storehouse 1 is inverted U shape structure.Further preferably, further include sliding rail 6, push disc carrier 8, shifting roller 7；
The sliding rail 6 is mounted at left and right sides of 1 bottom of decladding storehouse and extends to 1 front and rear sides of decladding storehouse；The pressing disc 3 is taken
It connects on pushing disc carrier 8；Described 8 liang of side bottoms of pushing disc carrier install shifting roller 7；The shifting roller 7
Rolling is connected on sliding rail 6.Further preferably, it is equipped with grafting among the bottom of the pressing disc 3 and covers 33；The driving machine
4 upper end of structure is equipped with drive shaft 41；The driving mechanism 4 controls the movement of 41 Telescopic rotating of drive shaft；The drive shaft 41 is stretched
Contracting is inserted into the grafting set 33 among the bottom of pressing disc 3.Further preferably, grafting set 33 and 41 section of drive shaft are equal
It is in rectangular configuration.
A kind of decladding method of ginkgo nut, steps are as follows：
S1, the overlap joint of pressing disc 3 is mounted on pushing disc carrier 8, pushes and push disc carrier 8, using shifting roller 7 in sliding rail 6
Upper rolling so that pressing disc 3 enters in decladding storehouse 1, and controls the underface that pressing disc 3 is located at upper platen 2；
S2, telescopic cylinder 112 is opened, driving material bin 11, material bin 11 drive feeding pipe 111 downwards by telescopic cylinder 112
Move down, 111 lower end of feeding pipe compress the tapered ramp 1021 for opening and closing sliding block 102 upper end downwards and make keying sliding block 102 to
22 internal slide of keying chamber in outside, and then 111 lower end of feeding pipe passes through jack hole 21 so that jack hole is connected in feeding pipe 111
21；Ginkgo nut is sent into from material bin so that ginkgo nut is entered by feeding pipe on pressing disc, after feeding is completed, by stretching
Contracting cylinder 112 drives up material bin 11 so that feeding pipe 111 moves up and is detached from jack hole 21, at this time telescopic resilience
Body 101 can will open and close sliding block 102 and be pushed to jack hole 21, and the docking closing of keying sliding block 102 in the keying chamber 22 of both sides, which is worn, to be connect
Hole 21；
S3, controller 5 send out instruction so that driving mechanism 4 controls drive shaft 41 and moves upwards so that 41 upper end of drive shaft is inserted into
In grafting set 33 among the bottom of pressing disc 3, pressing disc 3 is driven to move upwards simultaneously while drive shaft 41 continues up
It is detached from and pushes disc carrier 8, when ginkgo nut is clamped between upper platen 2 and pressing disc 3, controller 5 sends out instruction so that driving
Motivation structure 4 stops driving, 41 stop motion of such drive shaft；
S4, controller 5 send out instruction so that driving mechanism 4 controls 41 rotary motion of drive shaft, and drive shaft 41 drives pressing disc 3
It is rotated, the shell and pulp of such ginkgo nut can carry out rotating stripping between upper platen 2 and pressing disc 3, complete
Decladding, pressing disc 3 stop operating；
After S5, decladding, controller 5 sends out instruction, and driving mechanism 4 controls drive shaft 41 and moves downward so that pressing disc 3 with
It drive shaft 41 to move downward and overlap mounted on pushing 8 on disc carrier, drive shaft 41 continues to move downward and be detached from pressing disc 3
Bottom among grafting set 33, at this time push push disc carrier 8, rolled on sliding rail 6 using shifting roller 7 so that push
Disk 3 leaves decladding storehouse 1, completes discharging；Later, repeat step S1 to S5, realize the mould of 3 pipelining of multiple pressing discs
Formula.
The feeding pipe lower end of the present invention compresses downwards the tapered ramp for opening and closing upper end of slide block and makes keying sliding block outward
Chamber internal slide is opened and closed, and then feeding pipe lower end passes through jack hole so that jack hole is connected in feeding pipe, feeding pipe of the invention
Conducting structure deft design realizes the automatic open close of platen；If ginkgo nut is clamped directly at upper platen 2 and pressing disc
Rotating stripping is carried out between 3, since ginkgo fruit granule varies, the stripping clamped first of bulky grain, and it is short grained also
It is not clamped to, and then causes to remove insufficient；In addition if being also clamped stripping, the fruit of bulky grain to little particle
Meat will be by huge extruding force and by breakage.The present invention is cleverly mounted with Bu Ke mechanisms 9, cloth shell machine on pressing disc 3
Structure 9 includes expansion screw 92 and telescopic block 91, one telescopic block 91 of activity installation, each screw drive hole in each telescopic chute 31
Interior 32 screw thread installs an expansion screw 92, and expansion screw 92 is penetrated in screw drive hole 32 from 3 lower face screw thread of pressing disc, stretched
92 upper end of compression screw arbor is connected to the lower end of telescopic block 91, is split by multiple telescopic blocks 91 on the upper surface of such pressing disc 3
At multiple upper platen gaps 35, the ginkgo nut of bulky grain understands upward platen gap 35 after being squeezed and carries out movement and by small
Grain ginkgo nut squeezes out upper platen gap 35, to compensate for bulky grain ginkgo nut accommodating space so that the ginkgo of bulky grain
Fruit is with short grained ginkgo nut by consistent extruding peeling force.And the height of the stretching pressing disc of telescopic block 91 can pass through
For expansion screw 92 into horizontal drive control, use is more flexible and changeable.The decladding method of the present invention is simple, realizes multiple pushings
The operating type of disk assembly line, operating efficiency are high.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
With within principle, any modification, equivalent replacement, improvement and so on should all be included in the protection scope of the present invention god.
Claims (8)
1. a kind of elastic opening/closing formula ginkgo nut removing device, which is characterized in that including decladding storehouse, upper platen, pressing disc, driving machine
Structure, controller, Bu Ke mechanisms, elastic opening/closing component；The driving mechanism is mounted on the bottom in decladding storehouse；The pressing disc
Mounted on the top of driving mechanism；The driving mechanism drives the movement of pressing disc Telescopic rotating；The upper platen is mounted on
The surface of pressing disc；The upper platen upper end is fixed on the inside of the upper end in decladding storehouse；Among the upper end in the decladding storehouse
Equipped with material bin；The centre of the upper platen is equipped with jack hole；The lower end of the material bin is worn by feeding pipe to be connected on
In jack hole among platen；The pressing disc upper end edge is equipped with the barrier ring upwardly extended；The pressing disc
Upper surface extend downwardly multiple telescopic chutes arranged in parallel；The bottom connection of each telescopic chute is equipped with one
A screw drive hole；The Bu Ke mechanisms are equipped with multiple；The Bu Ke mechanisms include expansion screw and telescopic block；Described
One telescopic block of activity installation in each telescopic chute；Each screw drive hole internal thread installs an expansion screw；Institute
The expansion screw stated is penetrated from pressing disc lower face screw thread in screw drive hole；The expansion screw upper end is connected to telescopic block
Lower end；The expansion screw rotation compresses the upper surface that telescopic block stretches out pressing disc；It is equipped between the telescopic block upper
Platen gap；The controller signals connect driving mechanism；The elastic opening/closing component includes telescopic resilience body and keying
Sliding block；The jack hole both sides of the upper platen are respectively provided with a keying chamber；The keying intracavitary respectively installs a flexible bullet
Property body and one keying sliding block；The telescopic resilience body will open and close sliding block and be pushed to jack hole；Described opens and closes the upper of sliding block
End is equipped with tapered ramp；The keying sliding block docking closing jack hole for opening and closing intracavitary；The feeding pipe lower end compresses keying
The tapered ramp of upper end of slide block simultaneously makes the keying chamber internal slide of keying sliding block outward, and then feeding pipe lower end is worn and connect
Hole；The upper end both sides in the decladding storehouse are respectively provided with a telescopic cylinder；The telescopic cylinder upper end is fixed on pan feeding
The both sides of bucket.
2. elastic opening/closing formula ginkgo nut removing device according to claim 1, which is characterized in that on the expansion screw
End is equipped with clamping ring；The telescopic block lower end is equipped with clamping annular groove；The expansion screw is rotated by the clamping ring of upper end
It is connected in the clamping annular groove of telescopic block lower end.
3. elastic opening/closing formula ginkgo nut removing device according to claim 1, which is characterized in that the telescopic block it is upper
End face is in the arcuate structure to arch upward upwards.
4. elastic opening/closing formula ginkgo nut removing device according to claim 1, which is characterized in that the decladding storehouse is in
U-shaped structure.
5. elastic opening/closing formula ginkgo nut removing device according to claim 4, which is characterized in that further include sliding rail, push
Disc carrier, shifting roller；The sliding rail is mounted at left and right sides of decladding orlop portion and extends to decladding storehouse front and rear sides；Institute
The pressing disc overlap joint stated, which is mounted on, to be pushed on disc carrier；The pushing disc carrier both sides bottom is installed by shifting roller；Described
Shifting roller rolling is connected on sliding rail.
6. elastic opening/closing formula ginkgo nut removing device according to claim 5, which is characterized in that the bottom of the pressing disc
Grafting set is equipped among portion；The driving mechanism upper end is equipped with drive shaft；The flexible rotation of the driving mechanisms control drive shaft
Transhipment is dynamic；In the flexible grafting set being inserted among the bottom of pressing disc of the drive shaft.
7. elastic opening/closing formula ginkgo nut removing device according to claim 6, which is characterized in that the grafting set and drive
Moving axis section is in rectangular configuration.
8. a kind of decladding method of ginkgo nut according to claim 1 to 7 any one, which is characterized in that steps are as follows：
S1, pressing disc overlap joint is mounted on pushing disc carrier, pushes and push disc carrier, is rolled on sliding rail using shifting roller
It is dynamic so that pressing disc enters in decladding storehouse, and controls the underface that pressing disc is located at upper platen；
S2, telescopic cylinder is opened, drives material bin, material bin that feeding pipe is driven to move down downwards by telescopic cylinder, pan feeding
Pipe lower end compresses downwards the tapered ramp for opening and closing upper end of slide block and makes the keying chamber internal slide of keying sliding block outward, and then enters
Expects pipe lower end passes through jack hole so that jack hole is connected in feeding pipe；Ginkgo nut is sent into from material bin so that ginkgo nut is by entering
Expects pipe enters on pressing disc, after feeding is completed, is driven up material bin by telescopic cylinder so that feeding pipe moves up
And it is detached from jack hole, telescopic resilience, which is known from experience, at this time will open and close sliding block to jack hole promotion, the keying sliding block of the keying intracavitary of both sides
Docking closing jack hole；
S3, controller send out instruction so that driving mechanisms control drive shaft moves upwards so that pressing disc is inserted into drive shaft upper end
Bottom among grafting set in, pressing disc pressing disc branch upwardly and out is driven while drive shaft continues up
Frame, when ginkgo nut is clamped between upper platen and pressing disc, controller sends out instruction so that driving mechanism stops driving, such as
This drive shaft stop motion；
S4, controller send out instruction so that driving mechanisms control drive shaft rotary motion, drive shaft drive pressing disc to be rotated
Movement, the shell and pulp of such ginkgo nut can carry out rotating stripping between upper platen and pressing disc, complete decladding, pressing disc
It stops operating；
After S5, decladding, controller sends out instruction, and driving mechanisms control drive shaft moves downward so that pressing disc is with drive
Moving axis is moved downward and is overlapped mounted on pushing on disc carrier, and drive shaft continues to move downward and be detached among the bottom of pressing disc
Grafting set, at this time push push disc carrier, rolled on sliding rail using shifting roller so that pressing disc leaves decladding storehouse, complete
At discharging；Later, repeat step S1 to S5, realize the pattern of multiple pressing disc pipelinings.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810674781.0A CN108741119B (en) | 2018-06-27 | 2018-06-27 | Elastic opening and closing type ginkgo nut shelling device and shelling method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810674781.0A CN108741119B (en) | 2018-06-27 | 2018-06-27 | Elastic opening and closing type ginkgo nut shelling device and shelling method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108741119A true CN108741119A (en) | 2018-11-06 |
| CN108741119B CN108741119B (en) | 2021-05-11 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810674781.0A Active CN108741119B (en) | 2018-06-27 | 2018-06-27 | Elastic opening and closing type ginkgo nut shelling device and shelling method thereof |
Country Status (1)
| Country | Link |
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| CN (1) | CN108741119B (en) |
Cited By (2)
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| CN109673272A (en) * | 2019-03-05 | 2019-04-26 | 滁州学院 | A kind of torsional mode kind peanut shelling device |
| CN112890225A (en) * | 2021-02-23 | 2021-06-04 | 潘爱娣 | Be used for peanut shell class peeling equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109673272A (en) * | 2019-03-05 | 2019-04-26 | 滁州学院 | A kind of torsional mode kind peanut shelling device |
| CN109673272B (en) * | 2019-03-05 | 2020-05-05 | 滁州学院 | Torsion type peanut shelling device for planting |
| CN112890225A (en) * | 2021-02-23 | 2021-06-04 | 潘爱娣 | Be used for peanut shell class peeling equipment |
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| CN108741119B (en) | 2021-05-11 |
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