CN106891373A - One kind has core fruit process chopper and slicer - Google Patents
One kind has core fruit process chopper and slicer Download PDFInfo
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- CN106891373A CN106891373A CN201710093017.XA CN201710093017A CN106891373A CN 106891373 A CN106891373 A CN 106891373A CN 201710093017 A CN201710093017 A CN 201710093017A CN 106891373 A CN106891373 A CN 106891373A
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- Prior art keywords
- fruit
- core
- conveyor belt
- slicer
- feed conveyor
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D1/00—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor
- B26D1/01—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work
- B26D1/12—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a cutting member moving about an axis
- B26D1/25—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a cutting member moving about an axis with a non-circular cutting member
- B26D1/26—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a cutting member moving about an axis with a non-circular cutting member moving about an axis substantially perpendicular to the line of cut
- B26D1/28—Cutting through work characterised by the nature or movement of the cutting member or particular materials not otherwise provided for; Apparatus or machines therefor; Cutting members therefor involving a cutting member which does not travel with the work having a cutting member moving about an axis with a non-circular cutting member moving about an axis substantially perpendicular to the line of cut and rotating continuously in one direction during cutting
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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
- A23N4/00—Machines for stoning fruit or removing seed-containing sections from fruit, characterised by their stoning or removing device
- A23N4/02—Machines for stoning fruit or removing seed-containing sections from fruit, characterised by their stoning or removing device for stoning fruit
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D7/00—Details of apparatus for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D7/06—Arrangements for feeding or delivering work of other than sheet, web, or filamentary form
- B26D7/0625—Arrangements for feeding or delivering work of other than sheet, web, or filamentary form by endless conveyors, e.g. belts
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D7/00—Details of apparatus for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D7/08—Means for treating work or cutting member to facilitate cutting
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D7/00—Details of apparatus for cutting, cutting-out, stamping-out, punching, perforating, or severing by means other than cutting
- B26D7/27—Means for performing other operations combined with cutting
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B26—HAND CUTTING TOOLS; CUTTING; SEVERING
- B26D—CUTTING; DETAILS COMMON TO MACHINES FOR PERFORATING, PUNCHING, CUTTING-OUT, STAMPING-OUT OR SEVERING
- B26D2210/00—Machines or methods used for cutting special materials
- B26D2210/02—Machines or methods used for cutting special materials for cutting food products, e.g. food slicers
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Forests & Forestry (AREA)
- Mechanical Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Food Science & Technology (AREA)
- Polymers & Plastics (AREA)
- Apparatuses For Bulk Treatment Of Fruits And Vegetables And Apparatuses For Preparing Feeds (AREA)
Abstract
There is core fruit process chopper and slicer the invention discloses one kind, the fruit stone set including tandem linking removes machine and fruit slicer, the fruit slicer includes lathe and the slicing device being arranged on lathe, the also linking of slicing device front is provided with fruit charging collator, the fruit charging collator includes the feed conveyor belt set in level convolution ring-type, one end of feed conveyor belt upper surface is the feed end that top is provided with loading hopper, the feed conveyor belt upper surface other end is the discharge end that linking sets the slicing device, feed conveyor belt top is located to be additionally provided between feed end and discharge end paves mechanism, mechanism is paved to launch to pave for realizing the individual layer of fruit.The present invention, can efficiently realize sarcocarp section in order, and section fluency is good；Can realize that the batch type of fruit stone is automatically removed simultaneously, be removed with fruit stone reliable, can synchronously realize that core meat is separated, the advantages of can more preferably keep pulp integrality.
Description
Technical field
There is core fruit process chopper and slicer the present invention relates to pulp manufacture field, more particularly to one kind.
Background technology
Drupe, refers to a type of fruit, is belonged toSingle fruit, by Carpel DevelopmentSucculent fruit；In general
Pericarp lignifying forms core.Common are core fruit（Fruits drupe）Including peach, Lee, apricot and jujube etc..These have core fruit
Delicious food succulence, sweet and delicious mostly.Finished product after either their fruit is still processed, it is all deep to be liked by numerous people.
But because their Storage period is all very short and processability is not high, particularly their center is hard core, and appearance is skin, epidermis
It is pulp and core between, seriously hinders the yield of this kind of fruit deep processing, this virtually brings one to part processing enterprise
A little technical problems.
There is the processing of core fruit, it is often necessary to the step such as cleaned, be enucleated, cut into slices and pickled.Wherein it is enucleated and cuts
The steps such as piece, are all that comparing is thorny but insoluble problem.
Wherein in stoning step, current domestic existing extracting fruit stone machine, mainly have segment boundses, pair roller type, tapping pin formula,
Mashing formula, scraper-type, double wedge roller separation gravure these stoning machines.But the problem of obvious presence mainly has, equipment
Complex structure, pulp spoilage is higher, the defect such as the pulp integrality that fruit retains after stoning is poor.Therefore still have not at present
Few domestic fruit processing enterprise and factory remain unchanged using backward artificial pitting method.This backwardness and the again time-consuming manpower that takes
Pitting method, directly results in that Enucleation efficiency is relatively low, and labour intensity increasingization, safe and healthy condition is not protected, finished product
Of poor quality, the scale mass production for realizing product has very big difficulty, and enterprise and factory are have impact on to a certain extent
Productivity effect.
Existing fruit slice equipment, its structure is substantially that, using a housing, upper end inlet porting lower end sets outlet,
Set of blades is set in housing to be cut into slices.Such as a kind of fruit slice disclosed in China's number of patent application 201510986371.6
Device just belongs to this class formation.Such fruit slice device, although section is quick, but it is poor to there is order, easily blocks
The defects such as gambling, section lack of homogeneity.
The content of the invention
The technical problem to be solved in the present invention is：How providing one kind can efficiently realize sarcocarp section in order, cut
Piece fluency is good, and is further able to first realize automatically removing for fruit stone, and fruit stone removal is reliable, can synchronously realize core meat point
From can more preferably keep pulp integrality has core fruit process chopper and slicer.
In order to solve the above-mentioned technical problem, present invention employs following technical scheme.
One kind has core fruit process chopper and slicer, including fruit stone removal machine and the fruit slice that tandem linking is set
Machine, the fruit slicer includes lathe and the slicing device being arranged on lathe, it is characterised in that also hold in the mouth in slicing device front
Connect and be provided with fruit charging collator, the fruit charging collator includes the charging transmission set in level convolution ring-type
Band, one end of feed conveyor belt upper surface is the feed end that top is provided with loading hopper, the feed conveyor belt upper surface other end
The discharge end of the slicing device is set for linking, and feed conveyor belt top is located at and paving is additionally provided between feed end and discharge end
Flattening mechanism, paves mechanism and launches to pave for realizing the individual layer of fruit.
So, setting pave mechanism can by fruit launch pave in individual layer, it is entered into section more in an orderly manner
In device, section fluency is improved.
It is described to pave mechanism as optimization, including transverse horizontal is arranged on an installation axle above feed conveyor belt,
Installation axle lower section is provided with bristle, size Corresponding matching on bristle region and feed conveyor belt width（Matching refers to
Just pair and it is not less than）, the gap passed through for individual layer fruit is left between bristle and feed conveyor belt upper surface.
So, paving of the fruit in feed conveyor belt is completed while fruit pulp can not be damaged using the flexibility of bristle
It is flat.
Used as optimization, the installation axle is installed in rotation on lathe, and installation axle bristle is circumferentially abound with along installation axle and sets
Put, one end of installation axle and a motor drive connection, motor drives installation axle lower surface along the opposite of feed conveyor belt feeding
Direction rotates.
So, bristle rotation and fruit contact can be better achieved and the rolling of fruit is paved.
Used as optimization, the feed conveyor belt includes two chains of annular configuration of being circled round in level that horizontal alignment is set
Bar, is rotatably mounted with the transfer roller of some horizontally sets between chain, be disposed adjacent between transfer roller so that superposed turn
Roller upper surface support and can convey fruit, and chain is arranged on sprocket wheel, sprocket wheel and motor drive connection；It is additionally provided with for band
Move the transfer roller rotation drive mechanism of superposed transfer roller rotation.
So, fruit is driven to advance by the conveyer belt that transfer roller is formed, transfer roller rotation simultaneously is better achieved the paving to fruit
It is flat, and adjustment fruit direction on a moving belt, make it axially consistent with conveyor width direction, it is more favorable for follow-up adding
Work.
Used as optimization, the transfer roller rotation drive mechanism includes that is horizontally disposed with and is fixed on a top transfer roller lower section lathe
On friction plate, friction plate upper surface is the frictional layer contacted with top transfer roller lower surface.
So frictional layer frictionally drives top transfer roller rotation, simple structure and drive transfer roller rotation reliability.Transfer roller band
Dynamic fruit rotation makes axis parallel with roller axis, realize automatic orientation and along own axes be slipped to two adjacent transfer rollers it
Between arranged in rows transverse, facilitate subsequent slice, be particularly suitable for the fruit process oval to Chinese date etc..Further, rub
It can be to bond the bed of cloth or elastomeric material layer for obtaining to wipe layer.
Used as optimization, slicing device includes a drawing-inroller dish axle being horizontally installed in front of feed conveyor belt discharge end,
Drawing-inroller dish axle be installed in rotation on lathe and and motor drive connection, feeding wheel disc is installed in drawing-inroller dish axle, give
Material wheel disk axial width is corresponding with feed conveyor belt effective width, and feeding wheel disc outer surface is axially disposed multiple circumferentially cloth
The splicing groove for accessing fruit put, the outer surface where including splicing groove on feeding wheel disc also has along feeding wheel disc radially
Recessed cutting knife seam, along drawing-inroller dish axle to being uniformly arranged, slicing device is also stitched cutting knife seam with each cutting knife respectively including some
The cutting edge being correspondingly arranged, cutting edge is relatively fixed to lathe and the blade of cutting edge is inserted in cutting knife seam at one end, feeding
The blade of cutting edge can from outside to inside cut through splicing groove when wheel disc is rotated.
So, the splicing that the fruit after sequence neatly in feed conveyor belt is entered on feeding wheel disc in discharge end order
In groove, then by the rotation of feeding wheel disc, drive splicing groove in fruit by cutting edge blade complete cut into slices, then again from
Feeding wheel disc drops out splicing groove and completes section away from the side-lower of feed conveyor belt one so that section is more reliable and uniform in order,
Blocking or unequal phenomenon of cutting into slices will not be produced.During implementation, feeding wheel disc one side-lower of discharging can set the undertaking of splicing container
The fruit slice for cutting, or conveyer belt is set again conveys toward subsequent processing operations fruit slice, complete fruit pulp section automatic
Processing.
Used as optimization, feeding wheel disc upper end is horizontally arranged with a blade holder for cuboid structure, blade holder
The front end rotated along feeding wheel disc is provided with some blade installation slots, and cutting edge upper end is fixed in blade installation slot, under
It is blade that end forward downward inclines and be inserted into cutting knife to stitch interior and lower surface.
So, the installation of cutting edge is more facilitated to fix, what the fixed form of cutting edge can better ensure that section can
Lean on, and more instant fruit is dropped out after section is completed.
Further, a feeding rolling is additionally provided between the feed conveyor belt discharge end and feeding wheel disc charging side
Cylinder, feeding roller is axially consistent with feed conveyor belt width and is installed in rotation on lathe, and feeding roller and motor drive
Dynamic connection simultaneously can lean on the opposite direction that motor belt motor trend infeed conveyor is transmitted to rotate, and feeding roller outer surface is axially disposed to be had
Acupuncture treatment in a row-shaped, acupuncture treatment diameter stitches width less than cutting knife, and acupuncture treatment can be in side from feed conveyor belt when feeding roller is rotated
The outer upper edge of discharge end is passed through and is produced in opposite side is stitched into the cutting knife in the splicing groove of feeding wheel disc.
So, when feeding roller drives acupuncture treatment rotation by feed conveyor belt discharge end, feed conveyor belt is gone out by having an acupuncture treatment
The single fruit that material end is located between two rolls is rolled into, and draining fruit then is sent into connecing for feeding wheel disc from opposite side again
In hopper, the section for making it complete single fruit.So, better assure that fruit sequentially enter in rows in splicing groove can
By property and order, it is to avoid card is gambled and improves efficiency.
Used as optimization, the blade holder and the adjacent side of feeding roller are additionally provided with the arc bent to outer lower side and keep off
Block, block arc is located at the outside that acupuncture treatment departs from feeding wheel disc position, and upper correspondence each acupuncture treatment is provided with being rotated for acupuncture treatment
When pass through allow needle tray.
So, block arc can better ensure that acupuncture treatment from splicing wheel disc transfer go out when, fruit thereon can be fallen into
To in corresponding splicing groove, it is ensured that the reliability of fruit transmission.
As optimization, a kind of fruit stone removal machine, including frame, in frame on be provided with fruit for containing fruit
Cup, is also just vertically provided with to fruit cup and rushes core bar, and rushing core bar can realize rushing core in undershoot to fruit cup, and fruit cup bottom has fruit offerings
The lower port that core is dropped out；
Being horizontally disposed with frame has mounting disc, and fruit cup is fixedly installed in mounting disc, and fruit cup is top in vertical cylindrical shape bottom
It is overall vertically to offer fluting on the frustum tubular position of fruit cup bottom in coaxial and smaller diameter end downward frustum tubular,
Fluting lower end extends to fruit cup lower port, slots on circumferentially and is uniformly distributed so that fruit cup is configured to outwards between adjacent notch
The elastic chip architecture of extension, fruit cup upper port is less than most small nut with diameter greater than drupe maximum gauge to be processed, lower port diameter
Fruit diameter（Minimum fruit stone diameter is less than as preferred lower port diameter, when so rushing core, always causes flexure strip lower end by fruit stone
Extruding is opened, and when fruit stone is rushed out fruit cup lower port, flexure strip lower end can inwardly be withdrawn, so it is automatic fruit stone is cut away make itself and
The pulp rushed in core bar cutting edge is separated and preferably down dropped, it is to avoid is rushed when core bar withdraws and is withdrawn together with fruit stone）, fruit cup
The abducent limit range of lower port with diameter greater than maximum fruit stone diameter, less than minimum drupe diameter；It is additionally provided with frame
Rush core and unload fruit device, rush core and unload fruit device including pit-removing machine structure, pit-removing machine structure includes vertically just rushing on core processing stations fruit cup
Side rushes core bar, rushes that core bar is cylindrical in shape and lower port is cutting edge structure, rushes core bar lower port diameter and is less than minimum fruit stone diameter, punching
Core bar upper end is connected with actuating unit and actuating unit can be leaned on to realize rushing core in driving undershoot to the fruit cup of correspondence station.
So, fruit stone is removed by the mode for rushing the punching of core bar, reliable quickness and high efficiency is removed with fruit stone, pulp has been preserved
It is whole degree it is high the advantages of.During its processing, drupe is fallen into navigate to blocked by the conical cylinder section of fruit cup bottom in fruit cup, then start dynamic
Force mechanisms drive and rush that core bar is descending to be punched into fruit cup, rush core bar lower end cutting edge incision pulp and fruit stone is gone out downwards fruit cup,
Then rush core bar to withdraw upwards, realize being automatically separated for pulp and fruit stone.Fruit cup and rush the accurate size of core bar that it is set
The magnitude range of fruit stone and drupe is considered, in enabling to drupe to fall into after fruit cup and can snap into fruit cup, core bar is rushed and is rushed core
Shi Buhui is gone out fruit cup by drupe together, but fruit stone can go out fruit cup.Therefore with simple structure, and fruit stone removal is reliable special
Point.
Used as optimization, the core that rushes unloads fruit device also including Xie Guo mechanisms, and Xie Guo mechanisms include vertical just being unloaded to fruit cup really
Fruit bar is unloaded above processing stations, unloading fruit bar lower end has horizontally disposed platen, and platen is with diameter greater than fruit cup lower port diameter
And less than the outside extended limit scope diameter of fruit cup lower port, unload fruit bar upper end and be connected with actuating unit and can lean on actuating unit
Pulp is pressed down in drive undershoot to the fruit cup of correspondence station；The mounting disc is for rotating disk and middle part is by vertically arranged
Rotating shaft be arranged on frame on, rotating shaft be connected with rotating disk transmission system and can lean on rotating disk transmission system drive turntable rotation make thereon
Fruit cup from fruit cup rush core processing stations and rotate to fruit cup and unload fruit processing stations.
So, after drupe rushes core processing stations and removed by rushing core bar completion fruit stone in fruit cup, automatic rotary can again be controlled
Go to fruit cup and unload fruit processing stations, press down pulp in fruit cup by unloading fruit bar, the automatic of the fruit that realization is rushed after core unloads fruit.
Used as optimization, pit-removing machine structure includes rushing core bar with what horizontal alignment was set more, and Xie Guo mechanisms include and rush core bar number
What consistent with arrangement mode many of amount was set up in parallel unloads fruit bar, and fruit cup is arranged on disk upper surface close lateral location and edge
It is arranged circumferentially as multigroup, every group of quantity of fruit cup is consistent with core bar is rushed with arrangement mode.
So, rotating disk often rotates a station, and actuating unit drives and rushes core bar and unload one stroke of fruit bar undershoot simultaneously, can
With the disposable fruit of unloading realized to the fruit glass for rushing core and adjacent last batch of next group inferior fruit cup, and then realize that batch type is enucleated
Treatment, improve production efficiency.
Used as optimization, described to rush during core unloads fruit device, actuating unit includes a lead column being vertically arranged in frame,
Can slide up and down in lead column and be arranged with an installing plate, installing plate side lower surface is fixedly installed described punching and core bar and unloads
Fruit bar, installing plate opposite side is hinged with a downward connecting rod, and connecting rod lower end is hinged on a vertically arranged crank and constitutes
Toggle, crank and power motor are connected.
So, rush core bar and unload fruit bar and share a set of actuating unit, it is ensured that the uniformity of action, and then ensure that work
Stability and reliability.
As optimization, it is described rush core bar inner chamber upper end and extend upward through be communicated to installing plate upper surface, installing plate top is set
There is the top board for being fixed on lead column, correspondence is rushed core bar and is accordingly provided with top meat bar straight down on top board, top meat bar lower end is matched somebody with somebody
Close in core bar inner chamber is rushed, rush core bar and driven by actuating unit when going upward to peak, top meat bar lower end is exposed to and rushes under core bar
End.
So, rush core bar every time downwards incision pulp by fruit stone eject again upwards retraction when, can by top meat bar will rush core
The part pulp ejection that bar lower end is internally embedded is dropped in fruit cup, and being then rotated further by rotating disk to next station unload at fruit
Reason, blocks this avoid core bar inside is rushed, and causes to be obstructed when rushing core incision pulp next time, it is ensured that rush the smooth steady of core every time
It is fixed.
As optimization, the stoning chute below rotating disk is provided with the frame rushed below core bar correspondence position,
It is provided with the frame unloaded below fruit bar correspondence position and unloads fruit chute below rotating disk.
In such manner, it is possible to convenient preferably collect fruit stone and pulp.
Used as optimization, the installing plate lower section is also horizontally disposed with one piece of guide plate, and correspondence is rushed core bar and unloaded on guide plate
Fruit bar offers pilot hole, it is described rush core bar and unload fruit bar be slidably fit into pilot hole.So, can preferably liquidate
Core bar and unload fruit bar and be oriented to, it is ensured that push the accurate of direction and the reliability for coordinating, it is ensured that rush core and to unload stablizing for fruit smooth.
Used as optimization, rotating disk transmission system includes a set of intermittent drive mechanism, intermittent drive mechanism, intermittent drive mechanism
Input is connected with power motor, and output end is connected and with rotating shaft for driving rotating shaft intermittent rotary.So, between by setting
Have a rest transmission mechanism so that this equipment can simultaneously realize knowing clearly using same power motor rotating disk intermittent rotary transmission and rush
Core bar and unload fruit bar operation up and down transmission, reduce motor application quantity, simplify equipment cost, while lean on machine driving
Complete turntable rotation and rush core bar and unload the relevance run up and down of fruit bar, better assure that component motion coordinates same
Step property and reliability.
Used as optimization, the intermittent drive mechanism includes that a level is fixedly installed on the sheave of rotating shaft lower end, outside sheave
Side surface has the multistage concave curved surface being evenly arranged, and has fluting radially between concave curved surface, also including one
Discoid driver plate, driver plate is rotationally horizontally arranged in driver plate axle, and driver plate upper surface raises up one and is coaxially disposed
Spacing round platform, the concave curved surface close fit on the outside of spacing round platform outer surface and sheave, spacing round platform side is provided with one
The breach of section indent, the driver plate upper surface of breach medium position is additionally provided with straight pin, and straight pin coordinates in the fluting of sheave
Straight pin coordinates the interior drive sheave gap of the fluting for being inserted into sheave to rotate successively when enabling that driver plate is rotated；Driver plate axle is connected
To power motor.
So, the intermittently-driving to rotating disk can well be realized, it is ensured that batch is rushed core and unloads being normally carried out for fruit.
Used as optimization, the power motor output shaft is connected with a reduction box, and reduction gearbox output shaft is horizontally disposed and has
There are two output ends, an output end is connected on the crank rushed during core unloads the actuating unit of fruit device, another output end is led to
Bevel-gear sett is crossed to be connected in the driver plate axle of rotating disk transmission system.
In such manner, it is possible to a motor is better achieved drives two systems transmission, two sets of power trains of simple structure and guarantee
Reliability of the system on mutual time coordination.
In sum, the system can efficiently realize pulp in order specifically designed for there is the section of core class extracting fruit stone to set
Section, section fluency is good；Can realize that the batch type of fruit stone is automatically removed simultaneously, with simple structure, fruit stone removal is reliable,
Can synchronously realize that core meat is separated, the advantages of can more preferably keep pulp integrality.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of fruit slicer in the present invention.
Fig. 2 is the dimensional structure diagram after removal frame in Fig. 1.
Fig. 3 is the front view of Fig. 2.
Fig. 4 is the front view of fruit stone removal machine in the present invention.
Fig. 5 is the side view of Fig. 4.
Fig. 6 is the stereogram of Fig. 4.
Fig. 7 is the structural representation of independent intermittent drive mechanism part in Fig. 4.
Fig. 8 is the structural representation of independent fruit cup portion in Fig. 4.
Fig. 9 is the structural representation of enforceable independent fruit cup expansion stopping means in fruit stone removal machine.
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
Embodiment：
One kind has core fruit process chopper and slicer, including the fruit stone removal machine that tandem linking is set（As shown in figures 4-9）With
Fruit slicer（Shown in Fig. 1-3）, the fruit slicer includes lathe 1 ' and the slicing device that is arranged on lathe 1 ', and it is special
Point is that the also linking of slicing device front is provided with fruit charging collator, and the fruit charging collator includes being in water
The feed conveyor belt that flat convolution ring-type is set, one end of feed conveyor belt upper surface is the charging that top is provided with loading hopper 8 '
End, the feed conveyor belt upper surface other end is the discharge end that linking sets the slicing device, feed conveyor belt top be located at into
It is additionally provided between material end and discharge end and paves mechanism, is paved mechanism and launch to pave for realizing the individual layer of fruit.
So, setting pave mechanism can by fruit launch pave in individual layer, it is entered into section more in an orderly manner
In device, section fluency is improved.
It is described to pave mechanism in fruit slicer, including transverse horizontal is arranged on a peace above feed conveyor belt
Dress axle 2 ', installation axle lower section is provided with bristle（Do not show）, size pair on bristle region and feed conveyor belt width
Should match（Matching is just pair and is not less than）, being left between bristle and feed conveyor belt upper surface between pass through for individual layer fruit
Gap.
So, paving of the fruit in feed conveyor belt is completed while fruit pulp can not be damaged using the flexibility of bristle
It is flat.
In fruit slicer, the installation axle 2 ' is installed in rotation on lathe 1 ', and installation axle bristle is along installation axle week
To setting, one end of installation axle and a drive connection of motor 3 ' is abound with, motor drives installation axle lower surface along feed conveyor belt
The rightabout rotation of feeding.
So, bristle rotation and fruit contact can be better achieved and the rolling of fruit is paved.
In fruit slicer, the feed conveyor belt includes two of horizontal alignment setting in level convolution annular configuration
Chain 4 ', is rotatably mounted with the transfer roller 5 ' of some horizontally sets between chain 4 ', be disposed adjacent between transfer roller 5 ' so that position
Support and fruit can be conveyed in the transfer roller upper surface on top, chain 4 ' is arranged on sprocket wheel 6 ', sprocket wheel 6 ' and motor 3 ' drive
Connection；It is additionally provided with the transfer roller rotation drive mechanism for driving the superposed rotation of transfer roller 5 '.
So, fruit is driven to advance by the conveyer belt that transfer roller is formed, transfer roller rotation simultaneously is better achieved the paving to fruit
It is flat, and adjustment fruit direction on a moving belt, make it axially consistent with conveyor width direction, it is more favorable for follow-up adding
Work.
In fruit slicer, the transfer roller rotation drive mechanism includes that is horizontally disposed with and is fixed on a top transfer roller lower section
Friction plate 7 ' on lathe, the upper surface of friction plate 7 ' is the frictional layer contacted with the lower surface of top transfer roller 5 '.
So frictional layer frictionally drives top transfer roller rotation, simple structure and drive transfer roller rotation reliability.Transfer roller band
Dynamic fruit rotation makes axis parallel with roller axis, realize automatic orientation and along own axes be slipped to two adjacent transfer rollers it
Between arranged in rows transverse, facilitate subsequent slice, be particularly suitable for the fruit process oval to Chinese date etc..Further, rub
It can be to bond the bed of cloth or elastomeric material layer for obtaining to wipe layer.
In fruit slicer, slicing device includes a feeding wheel disc being horizontally installed in front of feed conveyor belt discharge end
Axle 8 ', drawing-inroller dish axle 8 ' be installed in rotation on lathe and and the drive connection of motor 3 ', drawing-inroller dish axle 8 ' is above provided with
Feeding wheel disc 9 ', drawing-inroller disk axial width is corresponding with feed conveyor belt effective width, and the outer surface of feeding wheel disc 9 ' sets vertically
It is equipped with multiple splicing grooves 10 ' for accessing fruit circumferentially, the outer surface where including splicing groove on feeding wheel disc
Also have and stitched along the radially recessed cutting knife of feeding wheel disc, cutting knife seam is axially uniformly arranged along feeding wheel disc 9 ', and slicing device is also wrapped
Some cutting edges 11 ' being correspondingly arranged with each cutting knife seam respectively are included, cutting edge 11 ' is relatively fixed to the knife of lathe and cutting edge
Sword is inserted in cutting knife seam at one end, and the blade of cutting edge can from outside to inside cut through splicing groove when feeding wheel disc is rotated.
So, the splicing that the fruit after sequence neatly in feed conveyor belt is entered on feeding wheel disc in discharge end order
In groove, then by the rotation of feeding wheel disc, drive splicing groove in fruit by cutting edge blade complete cut into slices, then again from
Feeding wheel disc drops out splicing groove and completes section away from the side-lower of feed conveyor belt one so that section is more reliable and uniform in order,
Blocking or unequal phenomenon of cutting into slices will not be produced.During implementation, feeding wheel disc one side-lower of discharging can set the undertaking of splicing container
The fruit slice for cutting, or conveyer belt is set again conveys toward subsequent processing operations fruit slice, complete fruit pulp section automatic
Processing.
In fruit slicer, feeding wheel disc upper end is horizontally arranged with a blade holder 12 ' for cuboid structure, blade
Fixed mount 12 ' is provided with some blade installation slots along the front end that feeding wheel disc is rotated, and the upper end of cutting edge 11 ' is fixed on blade
In mounting groove, it is blade that lower end forward downward inclines and be inserted into cutting knife to stitch interior and lower surface.
So, the installation of cutting edge is more facilitated to fix, what the fixed form of cutting edge can better ensure that section can
Lean on, and more instant fruit is dropped out after section is completed.
One is additionally provided with fruit slicer, between the feed conveyor belt discharge end and feeding wheel disc charging side to send
Feed roller 13 ', feeding roller 13 ' is axially consistent with feed conveyor belt width and is installed in rotation on lathe, feeding rolling
Cylinder and motor drive connection and can lean on motor belt motor trend infeed conveyor transmit opposite direction rotation, feeding roller outer surface edge
Axially arranged have an acupuncture treatment 14 ' in a row-shaped, and 14 ' diameters of acupuncture treatment stitch width less than cutting knife, and acupuncture treatment can be when feeding roller is rotated
The cutting knife seam that side enters in the splicing groove of feeding wheel disc from the outer upper edge of feed conveyor belt discharge end by and opposite side
In produce.
So, when feeding roller drives acupuncture treatment rotation by feed conveyor belt discharge end, feed conveyor belt is gone out by having an acupuncture treatment
The single fruit that material end is located between two rolls is rolled into, and draining fruit then is sent into connecing for feeding wheel disc from opposite side again
In hopper, the section for making it complete single fruit.So, better assure that fruit sequentially enter in rows in splicing groove can
By property and order, it is to avoid card is gambled and improves efficiency.
In fruit slicer, the blade holder 12 ' side adjacent with feeding roller is additionally provided with and is bent to outer lower side
Block arc 15 ', block arc 15 ' is located at the outside that acupuncture treatment departs from feeding wheel disc position, and upper correspondence each acupuncture treatment is provided with
What is passed through when can be rotated for acupuncture treatment allows needle tray.
So, block arc can better ensure that acupuncture treatment from splicing wheel disc transfer go out when, fruit thereon can be fallen into
To in corresponding splicing groove, it is ensured that the reliability of fruit transmission.
In fruit slicer, during implementation, each power section power motor is same motor, and the motor output end is connected with
Decelerator, decelerator output end is provided with the first belt pulley, and the first belt pulley is connected to what installation axle was coaxially disposed by belt
On one the second belt pulley and installation axle is driven to turn clockwise；Decelerator output end is additionally provided with the first sprocket wheel, the first sprocket wheel
Connected by the second sprocket wheel on chain and a jackshaft, power chain where jackshaft and feed conveyor belt discharge end is coaxial
Set, first gear and the 3rd sprocket wheel are also coaxially arranged with jackshaft, first gear and one are coaxially disposed with feeding roller
Second gear engaged transmission, the 3rd sprocket wheel is connected by the 4th sprocket wheel that chain and are coaxially disposed with drawing-inroller dish axle.
So, not only realize a motor and drive three power output member actions simultaneously.And ensure that each power output structure
The uniformity of part action, while ensure that a power output member direction of rotation is the rotation side required for realizing fruit conveying
To, better assure that fruit slice convey flow order and reliability.
In fruit slicer, during implementation, it is small that further can also be set to middle transfer roller in feed conveyor belt
Diameter segment, two ends are the structure type of enlarged diameter section, its middle reduced diameter section position is formed the region that fruit of supplying water paves conveying,
Friction plate is arranged on into enlarged diameter section lower section along transfer roller or so again to contact and drive transfer roller rotation with transfer roller；To so be used on transfer roller
Region in the region of conveying fruit and for being contacted with friction plate separates, and it is independent of each other, it is ensured that fruit conveying
Wholesomeness, also avoids fruit juice from falling to influence friction plate using effect on friction plate；But set when transfer roller enlarged diameter section and
Reduced diameter section diameter great disparity should not be excessive, need to cause to be smaller than fruit diameter between adjacent transfer roller reduced diameter section, it is to avoid water
Fruit falls down.Meanwhile, show convenient charging paving with transfer roller reduced diameter section length one it is possible to further loading hopper width is set
It is flat；The position of splicing groove on single acupuncture treatment position on feeding roller and length and feeding wheel disc and length are set and transfer roller is small
Diameter segment correspondence, with the transmission and section of instant fruit.
During implementation, described fruit stone removal machine, being horizontally disposed with referring to Fig. 1-6, including frame 1, in frame has mounting disc, pacifies
Fruit cup 2 is fixedly installed in sabot, fruit cup 2 is that top is in integrally the coaxial and downward cone of smaller diameter end in vertical cylindrical shape bottom
Platform tubular, vertically offers fluting on the frustum tubular position of the bottom of fruit cup 2, fluting lower end extends to fruit cup lower port, opens
Groove circumferentially on be uniformly distributed so that fruit cup is configured to the structure of abducent flexure strip 3, the upper end of fruit cup 2 between adjacent notch
With diameter greater than drupe maximum gauge to be processed, lower port diameter is less than minimum drupe diameter to mouth, and fruit cup lower port is to external expansion
Limit range with diameter greater than maximum fruit stone diameter（Specific size is obtained according to fruit situation statistics during implementation, so can be more
Cause well when drupe is larger and during smaller fruit stone, the pulp gone out will not be excessive broken because being caused by excessive extruding,
Better ensure that the integrality for going out drupe）, less than minimum drupe diameter；It is additionally provided with frame and rushes core and unload fruit device, rushes core
Unloading fruit device includes pit-removing machine structure, and pit-removing machine structure includes that vertically just fruit cup is being rushed above core processing stations rushes core bar 4, rushes core bar
4 are cylindrical in shape and lower port is cutting edge structure, rush the lower port diameter of core bar 4 and are less than minimum fruit stone diameter（Will not it is excessive and cause fruit
Core card is gambled, also will not be too small and to cause impulse force to transmit not enough, it can be ensured that preferably go out fruit stone）, rush core bar upper end and power
Mechanism is connected and actuating unit can be leaned on to realize rushing core in driving undershoot to the fruit cup of correspondence station.
So, during processing, drupe is fallen into navigate to blocked by the conical cylinder section of fruit cup bottom in fruit cup, then start power
Mechanism drives and rushes that core bar is descending to be punched into fruit cup, rushes core bar lower end cutting edge incision pulp and fruit stone is gone out downwards fruit cup, so
Backlash core bar withdraws upwards, realizes being automatically separated for pulp and fruit stone.Fruit cup that it is set and rush the accurate size of core bar and examine
The magnitude range of fruit stone and drupe is considered, in enabling to drupe to fall into after fruit cup and can snap into fruit cup, when rushing core bar and rushing core
Drupe will not be gone out fruit cup together, but fruit stone can go out fruit cup.Therefore with simple structure, and fruit stone removal is reliable special
Point.Preferably selection is that the lower port diameter of fruit cup 2 is less than minimum fruit stone diameter during implementation, when so rushing core, is always caused elastic
Piece lower end is opened by fruit stone extruding, and when fruit cup lower port is rushed out at fruit stone maximum gauge, flexure strip lower end can inwardly be withdrawn, and enter
And automatic cut away fruit stone makes it be separated with the pulp rushed in core bar cutting edge and preferably down dropped, it is to avoid when rushing the withdrawal of core bar
Withdrawn together with fruit stone.Further, in present embodiment, it is additionally provided with one section of 2-5mm in the bottom of flexure strip 3 long
Lower section is intilted to be folded to section 6, is folded to the lower end of section 6 and is fruit cup lower port and is sharp cutting edge shape.So, fruit stone
The moment of fruit cup lower port is rushed out, when flexure strip lower end is inwardly withdrawn, fruit stone can be preferably cut off by being folded to the cutting edge of section
The part being connected with pulp so that fruit stone can smoothly fall down.
In fruit stone removal machine, the core that rushes unloads fruit device also including Xie Guo mechanisms, and Xie Guo mechanisms include vertical just to fruit cup
Unload and unload fruit bar 5 above fruit processing stations, unloading the lower end of fruit bar 5 has horizontally disposed platen, and platen is with diameter greater than the lower end of fruit cup 2
Mouthful diameter and less than the outside extended limit scope diameter of the lower port of fruit cup 2, unloads fruit bar upper end and is connected with actuating unit and can lean on
Actuating unit presses down pulp in driving undershoot to the fruit cup of correspondence station；The mounting disc is that rotating disk 7 and middle part pass through
Vertically arranged rotating shaft is arranged in frame 1, and rotating shaft is connected with rotating disk transmission system and rotating disk transmission system can be leaned on to drive and turns
The fruit cup 2 that disc spins make thereon rushes core processing stations and rotates to fruit cup and unloads fruit processing stations from fruit cup.
So, after drupe rushes core processing stations and removed by rushing core bar completion fruit stone in fruit cup, automatic rotary can again be controlled
Go to fruit cup and unload fruit processing stations, press down pulp in fruit cup by unloading fruit bar, the automatic of the fruit that realization is rushed after core unloads fruit.
In fruit stone removal machine, pit-removing machine structure includes rushing core bar 4 with what horizontal alignment was set more, and Xie Guo mechanisms include and rush core
What many piece consistent with arrangement mode of bar quantity were set up in parallel unloads fruit bar 5, and fruit cup 2 is arranged on the upper surface of rotating disk 7 near side
Position and circumferentially it is evenly arranged as multigroup, every group of quantity of fruit cup is consistent with core bar is rushed with arrangement mode.
So, rotating disk often rotates a station, and actuating unit drives and rushes core bar and unload one stroke of fruit bar undershoot simultaneously, can
With the disposable fruit of unloading realized to the fruit glass for rushing core and adjacent last batch of next group inferior fruit cup, and then realize that batch type is enucleated
Treatment, improve production efficiency.
It is described to rush during core unloads fruit device in fruit stone removal machine, actuating unit include one be vertically arranged in frame lead
Can slide up and down to post 8, in lead column 8 and be arranged with an installing plate 9, the side lower surface of installing plate 9 is fixedly installed described
Rush core bar 4 and unload fruit bar 5, the opposite side of installing plate 9 is hinged with a downward connecting rod 10, the lower end of connecting rod 10 is hinged on one vertically
Toggle is constituted on the crank 11 of setting, crank 11 and power motor 12 are connected.
So, rush core bar and unload fruit bar and share a set of actuating unit, it is ensured that the uniformity of action, and then ensure that work
Stability and reliability.
In fruit stone removal machine, it is described rush the inner chamber upper end of core bar 4 and extend upward through be communicated to the upper surface of installing plate 9, on installing plate
Side is provided with the top board 13 for being fixed on lead column, and correspondence is rushed core bar and is accordingly provided with top meat bar 14 straight down on top board 13,
The lower end of top meat bar 14 coordinates in core bar inner chamber is rushed, and rushes core bar 4 and is driven by actuating unit when going upward to peak, under top meat bar 14
End is exposed to and rushes core bar lower end.
So, rush core bar every time downwards incision pulp by fruit stone eject again upwards retraction when, can by top meat bar will rush core
The part pulp ejection that bar lower end is internally embedded is dropped in fruit cup, and being then rotated further by rotating disk to next station unload at fruit
Reason, blocks this avoid core bar inside is rushed, and causes to be obstructed when rushing core incision pulp next time, it is ensured that rush the smooth steady of core every time
It is fixed.
In fruit stone removal machine, the stoning below rotating disk is provided with the frame rushed below the correspondence position of core bar 4
Chute 15, is provided with the frame unloaded below the correspondence position of fruit bar 5 and unloads fruit chute 16 below rotating disk.
In such manner, it is possible to convenient preferably collect fruit stone and pulp.
In fruit stone removal machine, the installing plate lower section is also horizontally disposed with one piece of guide plate 17, correspondence punching on guide plate 17
Core bar and unload fruit bar and offer pilot hole, it is described rush core bar 4 and unload fruit bar 5 be slidably fit into pilot hole.So, can be with
Preferably liquidate and core bar and unload fruit bar and be oriented to, it is ensured that push the accurate of direction and the reliability for coordinating, it is ensured that rush core and unload fruit
Stablize smooth.
In fruit stone removal machine, rotating disk transmission system includes a set of intermittent drive mechanism, intermittent drive mechanism, intermittently-driving machine
The input of structure is connected with power motor 12, and output end is connected and with rotating shaft for driving rotating shaft intermittent rotary.So, by setting
The intermittent drive mechanism put so that this equipment can the intermittent rotary of rotating disk be passed while realization be known clearly using same power motor
Move and rush core bar and unload the transmission of operation up and down of fruit bar, reduce motor application quantity, equipment cost is simplified, while the machine of leaning on
Tool transmission completes turntable rotation and rushes core bar and unload the relevance run up and down of fruit bar, better assures that component motion is matched somebody with somebody
The synchronism and reliability of conjunction.
In fruit stone removal machine, the intermittent drive mechanism includes that a level is fixedly installed on the sheave 18 of rotating shaft lower end,
The outer surface of sheave 18 has the multistage concave curved surface being evenly arranged, and has fluting radially between concave curved surface, also
Including a discoid driver plate 19, driver plate 19 is rotationally horizontally arranged in driver plate axle, and the upper surface of driver plate 19 raises up
There are a spacing round platform being coaxially disposed, the concave curved surface close fit on the outside of spacing round platform outer surface and sheave, spacing circle
Platform side is provided with one section of breach of indent, and the driver plate upper surface of breach medium position is additionally provided with straight pin, and straight pin coordinates
Straight pin coordinates drive sheave gap in the fluting for be inserted into sheave successively when enabling that driver plate is rotated in the fluting of sheave
Rotation；Driver plate axle is connected to power motor 12.
So, the intermittently-driving to rotating disk can well be realized, it is ensured that batch is rushed core and unloads being normally carried out for fruit.
In fruit stone removal machine, the output shaft of the power motor 12 is connected with a reduction box 20, reduction gearbox output shaft level
Set and with two output ends, an output end is connected to rushes on the crank 11 that core is unloaded in the actuating unit of fruit device, another
Individual output end is connected in the driver plate axle of rotating disk transmission system by bevel-gear sett 21.
In such manner, it is possible to a motor is better achieved drives two systems transmission, two sets of power trains of simple structure and guarantee
Reliability of the system on mutual time coordination.
During implementation in fruit stone removal machine, the abducent limit range control of fruit cup lower port can rely on fruit cup itself
Elasticity is controlled, or preferably selection is to set a set of fruit cup expansion stopping means, fruit cup expansion stopping means such as Fig. 6 institutes
Show, being included in fruit cup and rushing core processing stations lower section, the fruit cup stop collar 22 for just being set to fruit cup 2, fruit cup stop collar 22 is consolidated
Be scheduled on one set of lifting mechanism, when rush core bar it is descending before, elevating mechanism first drives fruit cup stop collar 22 to rise to the lower end of fruit cup 2
External position；Rush core bar to rush in nuclear process, contacted into limit by row extension by fruit cup lower elastic piece and the inwall of fruit cup stop collar 22
Scope is spacing, rushes core bar and rushes during core finishes rear lifting process, and elevating mechanism drives fruit cup stop collar to decline to depart from fruit cup scope, make
It does not influence horizontally rotating for fruit cup.Fruit cup extended limit scope in lower end in nuclear process is rushed can thus be better assured that
Limit.Ensure to rush the normal of core to be smoothed out, it is to avoid fruit cup lower elastic piece long-term work causes the core that liquidates after elastic failure
Influence, it is ensured that rush nuclear stability.Yet further elevating mechanism includes a lever 23 for horizontally set, and the middle part of lever 23 is hinged
In frame, one end and rush the descending component of core bar and be rotatably connected for driving（During implementation, on the outer end of lever 23 and one
The lower end of connecting rod 24 that end is fixed on the outside of installing plate 9 is hinged）, other end installation fruit cup stop collar 22.So cause to rush core bar
During undershoot, moved up to by lever drives fruit cup stop collar carried out outside fruit cup it is spacing.Simple structure and realize
With the linkage for rushing core bar, it is ensured that spacing reliability and reduce the consuming of dynamical element.
During implementation, the loading hopper in fruit slicer unloads fruit chute lower section in fact in being directly arranged at fruit stone removal machine
Now it is connected, or linking is realized using position at belt conveyor connection two.
Claims (10)
1. one kind has core fruit process chopper and slicer, including fruit stone removal machine and the fruit slicer that tandem linking is set,
The fruit slicer includes lathe and the slicing device being arranged on lathe, it is characterised in that slicing device front is also connected
Fruit charging collator is provided with, the fruit charging collator includes the charging transmission set in level convolution ring-type
Band, one end of feed conveyor belt upper surface is the feed end that top is provided with loading hopper, the feed conveyor belt upper surface other end
The discharge end of the slicing device is set for linking, and feed conveyor belt top is located at and paving is additionally provided between feed end and discharge end
Flattening mechanism, paves mechanism and launches to pave for realizing the individual layer of fruit.
2. core fruit process chopper and slicer is had as claimed in claim 1, it is characterised in that described to pave mechanism, including transverse direction
It is horizontally set on an installation axle above feed conveyor belt, installation axle lower section is provided with bristle, bristle region and enters
Size Corresponding matching on material conveyor width direction, leaves what is passed through for individual layer fruit between bristle and feed conveyor belt upper surface
Gap.
3. core fruit process chopper and slicer is had as claimed in claim 2, it is characterised in that the installation axle is rotatably mounted
On lathe, installation axle bristle is circumferentially abound with setting, one end of installation axle and a motor drive connection, motor belt motor along installation axle
Dynamic installation axle lower surface rotates along the rightabout of feed conveyor belt feeding.
4. core fruit process chopper and slicer is had as claimed in claim 2, it is characterised in that the feed conveyor belt includes level
Two for being set up in parallel are rotatably mounted with turning for some horizontally sets in the chain of level convolution annular configuration between chain
Roller, is disposed adjacent between transfer roller and enables superposed transfer roller upper surface support and convey fruit, and chain is arranged on sprocket wheel
On, sprocket wheel and motor drive connection；It is additionally provided with the transfer roller rotation drive mechanism for driving superposed transfer roller rotation.
5. core fruit process chopper and slicer is had as claimed in claim 4, it is characterised in that the transfer roller rotation drive mechanism bag
One piece of friction plate that is horizontally disposed and being fixed on the lathe of top transfer roller lower section is included, friction plate upper surface is and top transfer roller following table
The frictional layer of face contact.
6. core fruit process chopper and slicer is had as claimed in claim 2, it is characterised in that slicing device sets including a transverse direction
The drawing-inroller dish axle in front of feed conveyor belt discharge end is put, drawing-inroller dish axle is installed in rotation on lathe and is driven with motor
Dynamic connection, is provided with feeding wheel disc in drawing-inroller dish axle, drawing-inroller disk axial width is corresponding with feed conveyor belt effective width, send
Material wheel disk outer surface is axially disposed multiple splicing grooves for accessing fruit circumferentially, includes connecing on feeding wheel disc
Outer surface where hopper also has stitches along the radially recessed cutting knife of feeding wheel disc, and cutting knife seam is along drawing-inroller dish axle to laying
Put, slicing device also include it is some respectively with each cutting knife cutting edges for being correspondingly arranged of seam, cutting edge be relatively fixed to lathe and
The blade of cutting edge is inserted in cutting knife seam at one end, and the blade of cutting edge can from outside to inside cut through and connect when feeding wheel disc is rotated
Hopper.
7. core fruit process chopper and slicer is had as claimed in claim 6, it is characterised in that feeding wheel disc upper end is horizontally arranged with
One blade holder of cuboid structure, blade holder is provided with some blades and installs along the front end that feeding wheel disc is rotated
Groove, cutting edge upper end is fixed in blade installation slot, and lower end forward downward is inclined and is inserted into cutting knife seam and lower surface
It is blade.
8. have core fruit process chopper and slicer as claimed in claim 7, it is characterised in that the feed conveyor belt discharge end and
The charging of feeding wheel disc is additionally provided with a feeding roller between side, and feeding roller is axially consistent with feed conveyor belt width
And be installed in rotation on lathe, feeding roller and motor drive connection and can lean on what motor belt motor trend infeed conveyor was transmitted
Opposite direction rotates, and feeding roller outer surface is axially disposed acupuncture treatment in a row-shaped, and acupuncture treatment diameter stitches width, feeding less than cutting knife
Acupuncture treatment can be passed through and enter drawing-inroller in opposite side in side from the outer upper edge of feed conveyor belt discharge end when roller is rotated
Produced in cutting knife seam in the splicing groove of disk.
9. core fruit process chopper and slicer is had as claimed in claim 8, it is characterised in that the blade holder and feeding are rolled
The adjacent side of cylinder is additionally provided with the block arc bent to outer lower side, and block arc is located at acupuncture treatment and departs from the outer of feeding wheel disc position
Side, what upper correspondence each acupuncture treatment was provided with being passed through when being rotated for acupuncture treatment allows needle tray.
10. core fruit process chopper and slicer is had as claimed in claim 1, it is characterised in that a kind of fruit stone removal machine, bag
Including rack, in frame on be provided with for contain fruit fruit cup, also just fruit cup is vertically provided with and rushes core bar, rushing core bar can
Realize rushing core in undershoot to fruit cup, fruit cup bottom has the lower port that fruit offerings core is dropped out；
Being horizontally disposed with frame has mounting disc, and fruit cup is fixedly installed in mounting disc, and fruit cup is top in vertical cylindrical shape bottom
It is overall vertically to offer fluting on the frustum tubular position of fruit cup bottom in coaxial and smaller diameter end downward frustum tubular,
Fluting lower end extends to fruit cup lower port, slots on circumferentially and is uniformly distributed so that fruit cup is configured to outwards between adjacent notch
The elastic chip architecture of extension, fruit cup upper port is less than most small nut with diameter greater than drupe maximum gauge to be processed, lower port diameter
Fruit diameter, the abducent limit range of fruit cup lower port with diameter greater than maximum fruit stone diameter, less than minimum drupe diameter；Frame
On be additionally provided with and rush core and unload fruit device, rushing core and unloading fruit device includes pit-removing machine structure, and pit-removing machine structure includes vertically just rushing core to fruit cup
Rush core bar above processing stations, rush core bar be cylindrical in shape and lower port be cutting edge structure, rush core bar lower port diameter less than minimum
Fruit stone diameter, rushes core bar upper end and is connected with actuating unit and can lean on real in actuating unit drive undershoot to the fruit cup of correspondence station
Now rush core.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710093017.XA CN106891373B (en) | 2017-02-21 | 2017-02-21 | One kind having core fruit process chopper and slicer |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710093017.XA CN106891373B (en) | 2017-02-21 | 2017-02-21 | One kind having core fruit process chopper and slicer |
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| Publication Number | Publication Date |
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| CN106891373A true CN106891373A (en) | 2017-06-27 |
| CN106891373B CN106891373B (en) | 2018-10-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710093017.XA Expired - Fee Related CN106891373B (en) | 2017-02-21 | 2017-02-21 | One kind having core fruit process chopper and slicer |
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Cited By (6)
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| CN107440131A (en) * | 2017-07-14 | 2017-12-08 | 李刚 | A kind of hawthorn pit-removing machine |
| CN107520868A (en) * | 2017-06-28 | 2017-12-29 | 江西金田金柚果品有限公司 | A kind of sweet shaddock slicing device and its dicing method for being used to produce honey pomelo preserved fruit |
| CN108818687A (en) * | 2018-06-30 | 2018-11-16 | 广东知识城运营服务有限公司 | A kind of fruit slice device |
| CN110584149A (en) * | 2019-10-25 | 2019-12-20 | 山东科诺机械科技有限公司 | Novel hawthorn coring and slicing integrated device |
| CN110613150A (en) * | 2019-10-28 | 2019-12-27 | 北京林业大学 | Pneumatic crabapple coring and cutting device |
| CN113977675A (en) * | 2021-09-08 | 2022-01-28 | 吴天明 | A stripping and slicing device for peach |
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| CN113977675A (en) * | 2021-09-08 | 2022-01-28 | 吴天明 | A stripping and slicing device for peach |
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| Publication number | Publication date |
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| CN106891373B (en) | 2018-10-09 |
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