CN108850275A - A kind of pulp automatic separation system - Google Patents
A kind of pulp automatic separation system Download PDFInfo
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- CN108850275A CN108850275A CN201810627774.5A CN201810627774A CN108850275A CN 108850275 A CN108850275 A CN 108850275A CN 201810627774 A CN201810627774 A CN 201810627774A CN 108850275 A CN108850275 A CN 108850275A
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- processing platform
- plate
- driving
- fixed
- separation system
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Classifications
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23F—COFFEE; TEA; THEIR SUBSTITUTES; MANUFACTURE, PREPARATION, OR INFUSION THEREOF
- A23F3/00—Tea; Tea substitutes; Preparations thereof
- A23F3/06—Treating tea before extraction; Preparations produced thereby
- A23F3/14—Tea preparations, e.g. using additives
-
- 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
- A23N4/00—Machines for stoning fruit or removing seed-containing sections from fruit, characterised by their stoning or removing device
- A23N4/12—Machines for stoning fruit or removing seed-containing sections from fruit, characterised by their stoning or removing device for coring fruit
- A23N4/18—Machines for stoning fruit or removing seed-containing sections from fruit, characterised by their stoning or removing device for coring fruit for citrus fruits
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- Life Sciences & Earth Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Polymers & Plastics (AREA)
- Paper (AREA)
Abstract
The invention discloses a kind of pulp automatic separation systems, including compress material transfering device, processing platform, the cap taking mechanism that is open, mechanism of beginning to speak, inflatable body and rack；The top for compressing material transfering device and being set to processing platform；The compression material transfering device includes setting material mold, rotary drive mechanism and holding down assembly；Material mold rotation is set in the rotary drive mechanism driving；It is described set material mold ring and be evenly equipped with several around rotation axis set material portion for place fruit；The entrance for covering and setting material portion that holds down assembly；The opening cap taking mechanism, mechanism of beginning to speak and inflatable body are set on processing platform, and the cap taking mechanism that is open, mechanism of beginning to speak and inflatable body are respectively positioned on the underface for setting material portion motion track.Structure of the invention is ingenious, is open to fruit, meat mincing, blows three steps of meat and process, and pulp separates that completeness is higher, and the integrality of pericarp, high production efficiency are also assured while separation.
Description
Technical field
The present invention relates to a kind of pulp automatic separation systems.
Background technique
The general tea of tangerine combines the effect of tangerine peel and ripe Pu'er tea, has good healthcare function.The production technology of the general tea of tangerine
Process is picking mandarin orange fruit, uncaps and take out pulp, be put into Pu'er tea, drying, packaging, storage, wherein " uncap and take pulp " is entire
Important link in the general tea production technology of tangerine, the link generally use manual operation at present, and worker's electric hand drill takes meat to have one
After fixed risk, drill bit, which is easy to puncture pericarp, cuts finger, and which takes meat, there are also part pulp to stick in pericarp
Inner wall need to carry out secondary cleaning by tool, just be able to satisfy the requirement of the general caddy dress of tangerine, this manually the mode of meat to be taken to produce effect
Rate is low, and labor intensity of workers is big.Therefore, it is necessary to design a kind of high production efficiency, the high pulp of pericarp integrity degree is automatically separated
System.
Summary of the invention
The object of the present invention is to provide a kind of high production efficiency, the high pulp automatic separation system of pericarp integrity degree.
Realizing the technical solution of the object of the invention is：A kind of pulp automatic separation system, including compress material transfering device, processing
Platform, the cap taking mechanism that is open, mechanism of beginning to speak, inflatable body and rack；The top for compressing material transfering device and being set to processing platform；
The compression material transfering device includes setting material mold, rotary drive mechanism and holding down assembly；Material is set in the rotary drive mechanism driving
Mold rotation；It is described set material mold ring and be evenly equipped with several around rotation axis set material portion for place fruit；The compression group
Part covers the entrance for setting material portion；The opening cap taking mechanism, mechanism of beginning to speak and inflatable body are set on processing platform, and are opened
Mouth cap taking mechanism, mechanism of beginning to speak and inflatable body are respectively positioned on the underface for setting material portion motion track.
The rotary drive mechanism for compressing material transfering device includes main shaft, stepper motor and worm speed reducer；The main shaft
The top of processing platform is set by bearing block；The main shaft run through set material mold centre, and with set material mold
It is fixed；The stepper motor is rotated by worm speed reducer driving spindle.
The rotary drive mechanism for compressing material transfering device further includes top plate；The top plate is fixedly connected with rack；It is described
Top plate is set to the top of main shaft；The stepper motor and worm speed reducer are each attached on top plate；The worm speed reducer it is defeated
Outlet connects main shaft by shaft coupling.
Barrel is set for top opening in the material portion of setting for setting material mold for compressing material transfering device；The bottom of chamber for setting barrel
For gradual shrinkage；The intracavity bottom for setting barrel is equipped with through-hole.
Setting for the compression material transfering device expects that mold is in the form of annular discs, sets material mold equipped with corresponding with the through-hole for setting barrel
Through-hole.
The compression material transfering device holds down assembly including pressing plate, fixed plate and cylinder；The fixed plate is set to rotation and drives
It the top plate of motivation structure and sets between material mold, and is fixedly connected with rack；The cylinder is fixed on the bottom surface of fixed plate, and
And cylinder driving pressing plate covers the entrance for setting material portion for setting material mold.
The pressing plate to hold down assembly for compressing material transfering device is annular in shape；The cylinder on the bottom surface of fixed plate, and
Equipped with several；The telescopic rod of each cylinder is fixedly connected with the pressing plate.
The main shaft of the rotary drive mechanism is through the fixed plate to hold down assembly for compressing material transfering device；In the fixed plate
It is fixed with the bearing connecting with main shaft.
The processing platform includes bottom plate, lifter plate, baffle and driving cylinder；The bottom plate and baffle are fixed with rack
Connection, and bottom plate is located at the lower section of baffle；The lifter plate is set between bottom plate and baffle；The driving cylinder driving lifting
Plate vertically moves.
The processing platform further includes slide post；The slide post is uniformly provided with four on bottom plate；The slide post passes through
The bottom surface for wearing lifter plate and baffle is fixed；The sliding sleeve being slidably connected with slide post is fixed on the baffle.
The opening cap taking mechanism includes the base of tool, annular cutter and resilient suction cups；It is flat that the base of tool is fixed on processing
On the lifter plate of platform；The annular cutter is fixed on the top of the base of tool；The resilient suction cups are fixed on the inner cavity of annular cutter
In；The baffle is equipped with the through-hole stretched out for annular cutter.
The top of annular cutter and the top of resilient suction cups of the opening cap taking mechanism are in same level.
Gap is equipped between the top of annular cutter and the top of resilient suction cups of the opening cap taking mechanism.
The opening cap taking mechanism further includes air blowing mounting plate；The air blowing mounting plate is fixed on the baffle of processing platform
On, and it is located at the edge of annular cutter；The air blowing mounting plate is equipped with the stomata through air blowing mounting plate two sides；It is described
Stomata is blown for connecting external air pump rifle mouth to the top of annular cutter.
The mechanism of beginning to speak includes motor, connection sleeve and drill bit；The motor is fixed on the lifter plate of processing platform；
The motor passes through connection sleeve connection drill bit；The baffle is equipped with the through-hole stretched out for drill bit.
The drill bit of the mechanism of beginning to speak is T-type countersinking bit.
The connection sleeve both ends of the mechanism of beginning to speak are fixed with the output shaft of motor and drill bit respectively.
On the bottom surface for the lifter plate that the motor of the mechanism of beginning to speak is fixed on processing platform by screw piece, and telescopic rod
Extend upward through lifter plate.
The inflatable body includes air blowing component, bearing block and driving assembly；The bearing block is mounted on processing platform
On lifter plate；The air blowing component is fixedly connected with the inner ring of bearing block, and vertical with lifter plate；The driving component driving
The rotation of air blowing component；The bottom end of the air blowing component is connected to external air pump；The baffle is equipped with to be stretched for air blowing component top
Through-hole out.
The air blowing component of the inflatable body includes tracheae connector, the gas nozzle connection gentle mouth of sleeve；The tracheae connection
The inner ring of part and bearing block is fixed, and bottom is downward through the lifter plate of processing platform；The top of the tracheae connector is logical
Gas nozzle connection sleeve is crossed to be connected to gas nozzle；The circumferential surface on the gas nozzle top is equipped with venthole.
The inflatable body driving assembly includes decelerating motor, driving gear and driven gear；The decelerating motor is fixed
On the lifter plate of processing platform, and decelerating motor is downward through lifter plate；The driving gear and driven gear are solid respectively
It is scheduled on the bottom end of the gentle joint for pipe in bottom end of the output shaft of decelerating motor, and driving gear is engaged with driven gear.
The processing platform further includes the first collecting box and the second collecting box；First collecting box and the second collecting box are equal
It is fixed on the top surface of baffle；The top surface of first collecting box is equipped with the first cylinder that box cavity is collected in connection first, the
The bottom surface of one collecting box is equipped with through-hole corresponding with the through-hole of drill bit stretching on baffle for mechanism of beginning to speak；First cylinder
Positioned at the surface of the through-hole of the first collecting box；The top surface of second collecting box is equipped with that box cavity is collected in connection second
Two cylinders, the bottom surface of the second collecting box are equipped with corresponding logical with the through-hole of air blowing component stretching on baffle for inflatable body
Hole；Second cylinder is located at the surface of the through-hole of the second collecting box.
First collecting box of the processing platform and the side of the second collecting box are connected to external pulp containing box；It is described
The stomata for connecting external air pump rifle mouth is equipped on the side wall of the other side of first collecting box and the second collecting box.
The annular convex platform upwardly extended is equipped on the inner bottom surface of second collecting box of the processing platform at the edge of through-hole.
Using above-mentioned technical proposal, the present invention has beneficial effect below：(1) structure of the invention is ingenious, by opening
Mouth cap taking mechanism, mechanism of beginning to speak and inflatable body are successively open respectively to fruit with compression material transfering device cooperation, meat mincing, are blown
The processing of three steps of meat, pulp separation completeness is higher, and the integrality of pericarp is also assured while separation；Rotation driving
Mechanism driving sets material mold rotation and realizes that each is set the fruit in material portion and successively passes through opening cap taking mechanism, mechanism of beginning to speak and blow
Mechanism of qi structure is processed, high production efficiency.
(2) the rotary drive mechanism clever structure of compression material transfering device of the invention, can smooth drive set material mold rotation
Turn.
(3) rotary drive mechanism of compression material transfering device of the invention further includes top plate, the stepping electricity being fixed on top plate
Machine is rotated by worm speed reducer driving spindle, more steadily.
(4) barrel is set for top opening by the material portion of setting for setting material mold of compression material transfering device of the invention, and blowing is more
It is convenient.
(5) bottom of chamber for setting barrel of the invention is gradual shrinkage, sets barrel convenient for the pulp particles outflow of fruit juice mixing.
(6) pressing plate of compression material transfering device of the invention to hold down assembly is annular in shape, cylinder on the bottom surface of fixed plate,
And several are equipped with, the telescopic rod of each cylinder is fixedly connected with the pressing plate, and can push down each top surface for setting barrel, places fruit
Meat, which is ejected, sets barrel.
(7) main shaft of rotary drive mechanism of the invention is fixed through the fixed plate to hold down assembly for compressing material transfering device
It is fixed with the bearing connecting with main shaft on plate, can be improved the stability of main shaft.
(8) processing platform clever structure of the invention, synchronous driving opening cap taking mechanism, mechanism of beginning to speak and inflatable body into
Fruit in the opposed barrel of row vertical displacement is processed.
(9) processing platform of the invention further includes slide post, effectively improves the mobile stationarity of lifter plate.
(10) opening cap taking mechanism of the invention with processing platform by cooperating, and annular cutter is inserted into one when moving up
The bottom of the fruit in barrel is set, and pulls up the bottom skin of opening by resilient suction cups when moving down, opening is convenient, ensure that pericarp
Integrality.
(11) top of annular cutter and the top of resilient suction cups of opening cap taking mechanism of the invention are in same level
Face, convenient for taking lid by resilient suction cups after notch, resilient suction cups are preferably attracted with pericarp.
(12) it is equipped with gap between the top of annular cutter and the top of resilient suction cups of opening cap taking mechanism of the invention,
Notch is carried out to fruit convenient for annular cutter.
(13) opening cap taking mechanism of the invention further includes air blowing mounting plate, is convenient for taking lid in notch after connecting external air pump
Pericarp lid is blown off afterwards.
(14) mechanism of beginning to speak of the invention with processing platform by cooperating, and drill bit protrudes into one by drill bit when moving up
It sets in the fruit in barrel, pulp is broken up, subsequent inflatable body of being more convenient for takes meat, substantially increases the complete of pulp separation
Quan Xing.
(15) inflatable body clever structure of the invention, can isolate pericarp for pulp in the case where not damaging pericarp
Interior, pulp separative efficiency is higher, and the completeness of pulp separation is high.
(16) inflatable body driving assembly of the invention driving air blowing component rotation, improves the completeness of pulp separation.
(17) processing platform of the invention further includes the first collecting box and the second collecting box, can recycle pulp, avoid wave
Take.
(18) side of the first collecting box of processing platform of the invention and the second collecting box with external pulp containing box
It is equipped with the stomata for connecting external air pump rifle mouth on the side wall of the other side of connection, the first collecting box and the second collecting box, is convenient for
Collect pulp.
Detailed description of the invention
In order that the present invention can be more clearly and readily understood, right below according to specific embodiment and in conjunction with attached drawing
The present invention is described in further detail, wherein
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is partial sectional view of the invention.
Fig. 3 is the partial sectional view of compression material transfering device of the invention.
Fig. 4 is the partial sectional view of opening cap taking mechanism of the invention.
Fig. 5 is the a-quadrant enlarged drawing of Fig. 4.
Fig. 6 is the partial sectional view of mechanism of beginning to speak of the invention.
Fig. 7 is the partial sectional view of inflatable body of the invention.
Fig. 8 is the B area enlarged drawing of Fig. 7.
Fig. 9 is the first collecting box of processing platform of the invention and the second collecting box and compresses material transfering device and set material mold
Cooperation figure.
In attached drawing marked as：
Processing platform 1, bottom plate 1-1, lifter plate 1-2, sliding sleeve 1-2-1, baffle 1-3, driving cylinder 1-4, slide post 1-
5, the first collecting box 1-6, the first cylinder 1-6-1, the second collecting box 1-7, the second cylinder 1-7-1；
Be open cap taking mechanism 2, base of tool 2-1, annular cutter 2-2, resilient suction cups 2-3, air blowing mounting plate 2-4, stomata 2-
4-1；
Mechanism of beginning to speak 3, motor 3-1, connection sleeve 3-2, drill bit 3-3；
Inflatable body 4, air blowing component 4-1, tracheae connector 4-1-1, gas nozzle connect sleeve 4-1-2, gas nozzle 4-1-3, axis
Hold a 4-2, driving assembly 4-3, decelerating motor 4-3-1, driven gear 4-3-2, driving gear 4-3-3；
It sets material mold 5, set barrel 5-1；
Rotary drive mechanism 6, main shaft 6-1, stepper motor 6-2, worm speed reducer 6-3, top plate 6-4；
Rack 7；
Hold down assembly 8, pressing plate 8-1, fixed plate 8-2, cylinder 8-3.
Specific embodiment
(embodiment 1)
See Fig. 1 to Fig. 9, the pulp automatic separation system of the present embodiment, including compresses material transfering device, processing platform 1, opening
Cap taking mechanism 2, mechanism of beginning to speak 3, inflatable body 4 and rack 7.
Compress the top that material transfering device is set to processing platform 1.Compressing material transfering device includes setting material mold 5, rotary driving machine
Structure 6 and hold down assembly 8.The driving of rotary drive mechanism 6 is set material mold 5 and is rotated.Set material mold 5 revolve around it axis be evenly equipped with it is several
It is a to set material portion for place fruit.It holds down assembly and 8 covers the entrance for setting material portion.Opening and is blown at cap taking mechanism 2, mechanism of beginning to speak 3
Mechanism of qi structure 4 is set on processing platform 1, and the cap taking mechanism 2 that is open, mechanism of beginning to speak 3 and inflatable body 4 are respectively positioned on and set the shifting of material portion
The underface of dynamic rail mark.
Rotary drive mechanism 6 includes main shaft 6-1, stepper motor 6-2 and worm speed reducer 6-3.Main shaft 6-1 passes through bearing block
The top of processing platform 1 is set.Main shaft 6-1 runs through the centre for setting material mold 5, and fixed with material mold 5 is set.Stepping
Motor 6-2 is rotated by worm speed reducer 6-3 driving spindle 6-1.The rotary drive mechanism 6 for compressing material transfering device further includes top plate
6-4.Top plate 6-4 is fixedly connected with rack 7.Top plate 6-4 is set to the top of main shaft 6-1.Stepper motor 6-2 and worm speed reducer 6-
3 are each attached on top plate 6-4.The output end of worm speed reducer 6-3 connects main shaft 6-1 by shaft coupling.Compress material transfering device
Barrel 5-1 is set for top opening in the material portion of setting for setting material mold 5.The bottom of chamber for setting barrel 5-1 is the tapered gradual shrinkage chamber in section
Bottom.The intracavity bottom for setting barrel 5-1 is equipped with through-hole.It compresses setting for material transfering device and expects that mold 5 is in the form of annular discs, set and set on material mold 5
There is through-hole corresponding with the through-hole for setting barrel 5-1.
Hold down assembly 8 include pressing plate 8-1, fixed plate 8-2 and cylinder 8-3.Fixed plate 8-2 is set to rotary drive mechanism 6
It top plate 6-4 and sets between material mold 5, and is fixedly connected with rack 7.Cylinder 8-3 is fixed on the bottom surface of fixed plate 8-2, and
And cylinder 8-3 driving pressing plate 8-1 is covered and is set the setting at the top of barrel 5-1 of material mold 5.Compress material transfering device hold down assembly 8 pressure
Plate 8-1 is annular in shape.Cylinder 8-3 is equipped with several on the bottom surface of fixed plate 8-2.The telescopic rod of each cylinder 8-3 with pressure
Plate 8-1 is fixedly connected.The main shaft 6-1 of rotary drive mechanism 6 through compress material transfering device hold down assembly 8 fixed plate 8-2.For
The stability of main shaft 6-1 is improved, is fixed with the bearing connecting with main shaft 6-1 on fixed plate 8-2.
Processing platform 1 includes bottom plate 1-1, lifter plate 1-2, baffle 1-3 and driving cylinder 1-4.Bottom plate 1-1 and baffle 1-3
It is fixedly connected with rack 7, and bottom plate 1-1 is located at the lower section of baffle 1-3.Lifter plate 1-2 is set to bottom plate 1-1 and baffle 1-3
Between.Driving cylinder 1-4 driving lifter plate 1-2 is vertically moved.Processing platform 1 further includes slide post 1-5.Slide post 1-5 is the bottom of at
Four are uniformly provided on plate 1-1.Slide post 1-5 is fixed through lifter plate 1-2 and the bottom surface of baffle 1-3.It is fixed on lifter plate 1-2
There is the sliding sleeve 1-2-1 being slidably connected with slide post 1-5.
The cap taking mechanism 2 that is open includes base of tool 2-1, annular cutter 2-2 and resilient suction cups 2-3.Base of tool 2-1, which is fixed on, to be added
On the lifter plate 1-2 of work platform 1.Annular cutter 2-2 is fixed on the top of base of tool 2-1.Resilient suction cups 2-3 is fixed on annular and cuts
In the inner cavity of knife 2-2.Baffle 1-3 is equipped with the through-hole stretched out for annular cutter 2-2.In order to be more conducive to take lid after notch, it is open
The top of the annular cutter 2-2 of cap taking mechanism 2 and the top of resilient suction cups 2-3 are in same level.For the ease of notch, open
Gap is equipped between the top of annular cutter 2-2 and the top of resilient suction cups 2-3 of mouth cap taking mechanism 2.In order to make the fruit removed
Skin lid leaves resilient suction cups 2-3, and convenient for next task of resilient suction cups 2-3, the cap taking mechanism 2 that is open further includes air blowing mounting plate
2-4.Air blowing mounting plate 2-4 is fixed on the baffle 1-3 of processing platform 1, and is located at the edge of annular cutter 2-2.It blows and pacifies
Loading board 2-4 is equipped with the stomata 2-4-1 through the two sides air blowing mounting plate 2-4.Stomata 2-4-1 is for connecting external air pump rifle mouth
It blows to the top of annular cutter 2-2.
Mechanism of beginning to speak 3 includes motor 3-1, connection sleeve 3-2 and drill bit 3-3.Motor 3-1 is fixed on the liter of processing platform 1
It drops on plate 1-2.Motor 3-1 passes through connection sleeve 3-2 connection drill bit 3-3.Baffle 1-3 is equipped with the through-hole stretched out for drill bit 3-3.
It protrudes into fruit inner cavity and begins to speak for the ease of drill bit 3-3, the drill bit 3-3 of mechanism of beginning to speak 3 is T-type countersinking bit.It begins to speak machine
The both ends connection sleeve 3-2 of structure 3 are fixed with the output shaft of motor 3-1 and drill bit 3-3 respectively.It is whole in order to improve mechanism 3 of beginning to speak
Stability, the motor 3-1 of mechanism of beginning to speak 3 is fixed on the bottom surface of lifter plate 1-2 of processing platform 1 by screw piece, and
Telescopic rod extends upward through lifter plate 1-2.
Inflatable body 4 includes air blowing component 4-1, bearing block 4-2 and driving assembly 4-3.It is flat that bearing block 4-2 is mounted on processing
On the lifter plate 1-2 of platform 1.Air blowing component 4-1 is fixedly connected with the inner ring of bearing block 4-2, and vertical with lifter plate 1-2.It drives
Dynamic component 4-3 driving air blowing component 4-1 rotation.The bottom end of air blowing component 4-1 is connected to external air pump.Baffle 1-3, which is equipped with, to be supplied
The through-hole that the air blowing top component 4-1 is stretched out.The air blowing component 4-1 of inflatable body 4 includes tracheae connector 4-1-1, gas nozzle connection
Sleeve 4-1-2 and gas nozzle 4-1-3.Tracheae connector 4-1-1 and the inner ring of bearing block 4-2 are fixed, and bottom is downward through adding
The lifter plate 1-2 of work platform 1.The top of tracheae connector 4-1-1 connects sleeve 4-1-2 by gas nozzle and is connected to gas nozzle 4-1-3.
The circumferential surface on the top gas nozzle 4-1-3 is equipped with venthole.The driving assembly 4-3 of inflatable body 4 includes decelerating motor 4-3-1, active
Gear 4-3-3 and driven gear 4-3-2.Decelerating motor 4-3-1 is fixed on the lifter plate 1-2 of processing platform 1, and the electricity that slows down
Machine 4-3-1 is downward through lifter plate 1-2.Driving gear 4-3-3 and driven gear 4-3-2 are separately fixed at decelerating motor 4-3-1
Output shaft the gentle joint for pipe 4-1-1 in bottom end bottom end, and driving gear 4-3-3 is engaged with driven gear 4-3-2.
In order to collect the pulp of separation, avoid wasting, processing platform 1 further includes that the first collecting box 1-6 and second is received
Header 1-7.First collecting box 1-6 and the second collecting box 1-7 are each attached on the top surface of baffle 1-3.The top of first collecting box 1-6
Face is equipped with the first cylinder 1-6-1 of the first inner cavity collecting box 1-6 of connection, and the bottom surface of the first collecting box 1-6 is equipped with and baffle
The corresponding through-hole of through-hole that drill bit 3-3 on 1-3 for mechanism 3 of beginning to speak stretches out.First cylinder 1-6-1 is located at the first collecting box 1-6
Through-hole surface.The top surface of second collecting box 1-7 is equipped with the second cylinder 1-7-1 of the second inner cavity collecting box 1-7 of connection,
The bottom surface of second collecting box 1-7 is equipped with corresponding with the through-hole of air blowing component 4-1 stretching on baffle 1-3 for inflatable body 4
Through-hole.Second cylinder 1-7-1 is located at the surface of the through-hole of the second collecting box 1-7.
In order to more easily collect the pulp of separation, the first collecting box 1-6's and the second collecting box 1-7 of processing platform 1
Side is connected to external pulp containing box.It is equipped on the side wall of the other side of first collecting box 1-6 and the second collecting box 1-7
Connect the gas hole of external air pump rifle mouth.In order to preferably collect pulp, the inner bottom surface of the second collecting box 1-7 of processing platform 1
On at the edge of through-hole be equipped with the annular convex platform that upwardly extends.
The pulp automatic separation equipment operating procedure of the present embodiment is：
Step 1：Each of material mold 5 of setting that fruit is placed on compression material transfering device is set in barrel 5-1.
Step 2：Hold down assembly 8 cylinder 8-3 driving fixed plate 8-2 cover each top for setting barrel 5-1.
Step 3：The stepper motor 6-2 of rotary drive mechanism 6 makes to set by worm speed reducer 6-3 driving spindle 6-1 rotation
Material mold 5 is turned in stepping sets the surface that barrel 5-1 is located at opening cap taking mechanism 2.
Step 4：The driving cylinder 1-4 driving lifter plate 1-2 of processing platform 1 is moved up, and makes the annular of opening cap taking mechanism 2
Cutter 2-2 is inserted into fruit by the through-hole for setting the bottom barrel 5-1.
Step 5：The driving cylinder 1-4 driving lifter plate 1-2 of processing platform 1 is moved down, and is exited annular cutter 2-2 and is set material
Cylinder 5-1, and extracted when exiting by the dome that resilient suction cups 2-3 is cut out annular cutter 2-2.
Step 6：The stepper motor 6-2 of rotary drive mechanism 6 makes to set by worm speed reducer 6-3 driving spindle 6-1 rotation
Material mold 5 is turned in stepping is placed with the surface set barrel 5-1 and be located at mechanism 3 of beginning to speak for having taken pyxidium.
Step 7：Motor 3-1 drives drill bit 3-3 rotation, and the driving cylinder 1-4 of processing platform 1 drives on lifter plate 1-2
It moves, is inserted into drill bit 3-3 in fruit by the through-hole for setting the bottom barrel 5-1 and carries out meat mincing, while the annular for the cap taking mechanism 2 that is open is cut
Knife 2-2 is inserted by the through-hole for setting the bottom barrel 5-1 and is set in the fruit that material 5 direction of rotation the latter of mold is set in barrel 5-1.
Step 8：The driving cylinder 1-4 driving lifter plate 1-2 of processing platform 1 is moved down, and makes annular cutter 2-2 and drill bit 3-3
It exits and sets barrel 5-1, and the dome that annular cutter 2-2 is cut out annular cutter 2-2 by resilient suction cups 2-3 when exiting
It extracts
Step 9：The stepper motor 6-2 of rotary drive mechanism 6 makes to set by worm speed reducer 6-3 driving spindle 6-1 rotation
Material mold 5 turns to the surface set barrel 5-1 and be located at mechanism 3 of beginning to speak for being placed with the fruit of meat mincing in stepping.
Step 10：Decelerating motor 4-3-1 drives driven gear 4-3-2 to drive driving gear 4-3-3 rotation, connects gas nozzle
The driving cylinder 1-4 driving lifter plate 1-2 of sleeve 4-1-2 rotation, processing platform 1 is moved up, and makes the top of gas nozzle connection sleeve 4-1-2
Portion protrudes into fruit, carries out high pressure blow-gas to fruit inner cavity by gas nozzle 4-1-3 and pulp blows off out, while the stopper removing machine that is open
The annular cutter 2-2 of structure 2, which is inserted into set by the through-hole for setting the bottom barrel 5-1, expects that 5 direction of rotation the latter of mold is set in barrel 5-1
In fruit, drill bit 3-3 by set the bottom barrel 5-1 through-hole plant material 5 direction of rotation of mold latter two set the fruit in barrel 5-1
Interior carry out meat mincing.
Step 11：Step 3 is repeated to step 10, until all equal pulp of fruit set in barrel 5-1 has separated
At.
Step 12：The 8 cylinder 8-3 driving fixed plate 8-2 of holding down assembly is retracted, and is taken out and is each set fruit in barrel 5-1
Skin.
Particular embodiments described above has carried out further in detail the purpose of the present invention, technical scheme and beneficial effects
It describes in detail bright, it should be understood that the above is only a specific embodiment of the present invention, is not intended to restrict the invention, it is all
Within the spirit and principles in the present invention, any modification, equivalent substitution, improvement and etc. done should be included in guarantor of the invention
Within the scope of shield.
Claims (10)
1. a kind of pulp automatic separation system, it is characterised in that：Including compressing material transfering device, processing platform (1), opening stopper removing machine
Structure (2), mechanism of beginning to speak (3), inflatable body (4) and rack (7)；The top for compressing material transfering device and being set to processing platform (1)；
The compression material transfering device includes setting material mold (5), rotary drive mechanism (6) and holding down assembly (8)；The rotary drive mechanism
(6) material mold (5) rotation is set in driving；Described set expects that mold (5) revolve around it axis and are evenly equipped with several for placing fruit
Set material portion；Hold down assembly (8) cover the entrance for setting material portion；The opening cap taking mechanism (2), mechanism of beginning to speak (3) and air blowing
Mechanism (4) is set on processing platform (1), and the cap taking mechanism that is open (2), mechanism of beginning to speak (3) and inflatable body (4) are respectively positioned on
Set the underface of material portion motion track.
2. a kind of pulp separation system according to claim 1, it is characterised in that：The rotation for compressing material transfering device is driven
Motivation structure (6) includes main shaft (6-1), stepper motor (6-2) and worm speed reducer (6-3)；The main shaft (6-1) passes through bearing block
Top in processing platform (1) is set；The main shaft (6-1) run through set material mold (5) centre, and with set material mold
(5) fixed；The stepper motor (6-2) is rotated by worm speed reducer (6-3) driving spindle (6-1).
3. a kind of pulp separation system according to claim 2, it is characterised in that：The rotation for compressing material transfering device is driven
Motivation structure (6) further includes top plate (6-4)；The top plate (6-4) is fixedly connected with rack (7)；The top plate (6-4) is set to main shaft
The top of (6-1)；The stepper motor (6-2) and worm speed reducer (6-3) are each attached on top plate (6-4)；The turbine subtracts
The output end of fast machine (6-3) connects main shaft (6-1) by shaft coupling.
4. a kind of pulp separation system according to claim 1, it is characterised in that：The compression material transfering device sets material mould
Barrel (5-1) is set for top opening in the material portion of setting of tool (5)；The bottom of chamber for setting barrel (5-1) is gradual shrinkage bottom of chamber；It is described to set
The intracavity bottom of barrel (5-1) is equipped with through-hole；Material mold (5) of setting is in the form of annular discs, sets material mold (5) and is equipped with and sets barrel
The corresponding through-hole of the through-hole of (5-1).
5. a kind of pulp separation system according to claim 1, it is characterised in that：The processing platform (1) includes bottom plate
(1-1), lifter plate (1-2), baffle (1-3) and driving cylinder (1-4)；The bottom plate (1-1) and baffle (1-3) are and rack
(7) it is fixedly connected, and bottom plate (1-1) is located at the lower section of baffle (1-3)；The lifter plate (1-2) is set to bottom plate (1-1) and gear
Between plate (1-3)；Driving cylinder (1-4) driving lifter plate (1-2) vertically moves.
6. a kind of pulp separation system according to claim 5, it is characterised in that：The opening cap taking mechanism (2) includes
The base of tool (2-1), annular cutter (2-2) and resilient suction cups (2-3)；The base of tool (2-1) is fixed on the liter of processing platform (1)
It drops on plate (1-2)；The annular cutter (2-2) is fixed on the top of the base of tool (2-1)；The resilient suction cups (2-3) are fixed on
In the inner cavity of annular cutter (2-2)；The baffle (1-3) is equipped with the through-hole stretched out for annular cutter (2-2).
7. a kind of pulp separation system according to claim 5, it is characterised in that：The mechanism of beginning to speak (3) includes motor
(3-1), connection sleeve (3-2) and drill bit (3-3)；The motor (3-1) is fixed on the lifter plate (1-2) of processing platform (1)；
The motor (3-1) passes through connection sleeve (3-2) connection drill bit (3-3)；The baffle (1-3) is equipped with stretches for drill bit (3-3)
Through-hole out.
8. a kind of pulp separation system according to claim 5, it is characterised in that：The inflatable body (4) includes blowing
Component (4-1), bearing block (4-2) and driving assembly (4-3)；The bearing block (4-2) is mounted on the lifter plate of processing platform (1)
On (1-2)；The air blowing component (4-1) is fixedly connected with the inner ring of bearing block (4-2), and vertical with lifter plate (1-2)；Institute
State driving assembly (4-3) driving air blowing component (4-1) rotation；The bottom end of the air blowing component (4-1) is connected to external air pump；Institute
It states baffle (1-3) and is equipped with the through-hole stretched out for the air blowing component top (4-1).
9. a kind of pulp separation system according to claim 8, it is characterised in that：The air blowing group of the inflatable body (4)
Part (4-1) includes tracheae connector (4-1-1), gas nozzle connection sleeve (4-1-2) and gas nozzle (4-1-3)；The tracheae connector
The inner ring of (4-1-1) and bearing block (4-2) are fixed, and bottom is downward through the lifter plate (1-2) of processing platform (1)；It is described
The top of tracheae connector (4-1-1) is connected to by gas nozzle connection sleeve (4-1-2) with gas nozzle (4-1-3)；Gas nozzle (the 4-1-
3) circumferential surface on top is equipped with venthole.
10. a kind of pulp separation system according to claim 8, it is characterised in that：Inflatable body (4) driving assembly
(4-3) includes decelerating motor (4-3-1), driving gear (4-3-3) and driven gear (4-3-2)；The decelerating motor (4-3-1)
It is fixed on the lifter plate (1-2) of processing platform (1), and decelerating motor (4-3-1) is downward through lifter plate (1-2)；It is described
Driving gear (4-3-3) and driven gear (4-3-2) are separately fixed at bottom end and the tracheae of the output shaft of decelerating motor (4-3-1)
The bottom end of connector (4-1-1), and driving gear (4-3-3) is engaged with driven gear (4-3-2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810627774.5A CN108850275A (en) | 2018-06-15 | 2018-06-15 | A kind of pulp automatic separation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810627774.5A CN108850275A (en) | 2018-06-15 | 2018-06-15 | A kind of pulp automatic separation system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108850275A true CN108850275A (en) | 2018-11-23 |
Family
ID=64340615
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810627774.5A Withdrawn CN108850275A (en) | 2018-06-15 | 2018-06-15 | A kind of pulp automatic separation system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108850275A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110665819A (en) * | 2019-11-06 | 2020-01-10 | 三门罗荣机械科技有限公司 | Fruit and vegetable processing device |
-
2018
- 2018-06-15 CN CN201810627774.5A patent/CN108850275A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110665819A (en) * | 2019-11-06 | 2020-01-10 | 三门罗荣机械科技有限公司 | Fruit and vegetable processing device |
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