CN106891373B - One kind having core fruit process chopper and slicer - Google Patents
One kind having core fruit process chopper and slicer Download PDFInfo
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- CN106891373B CN106891373B CN201710093017.XA CN201710093017A CN106891373B CN 106891373 B CN106891373 B CN 106891373B CN 201710093017 A CN201710093017 A CN 201710093017A CN 106891373 B CN106891373 B CN 106891373B
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- fruit
- conveyor belt
- feed conveyor
- core
- cup
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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
The invention discloses one kind core fruit process chopper and slicer, fruit stone removal machine including tandem linking setting and fruit slicer, the fruit slicer includes lathe and the slicing device that is arranged on lathe, also linking is provided with fruit charging collator in front of slicing device, the fruit charging collator includes the feed conveyor belt in the cyclic annular setting of horizontal convolution, 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 the slicing device is arranged in linking, it is additionally provided between feed end and discharge end above feed conveyor belt and paves mechanism, mechanism is paved to pave for realizing the single layer expansion of fruit.The present invention orderly can efficiently realize that sarcocarp section, slice fluency are good；The advantages that capable of realizing that the batch type of fruit stone automatically removes simultaneously, having fruit stone removal reliable, can synchronize and realize the separation of core meat, can more preferably keep pulp integrality.
Description
Technical field
The present invention relates to pulp manufacture fields more particularly to one kind core fruit process chopper and slicer.
Background technology
Drupe refers to a type of fruit, belongs toSingle fruit, made of a Carpel DevelopmentSucculent fruit；In general
Pericarp lignifying forms core.It common are core fruit（Fruits drupe）Including peach, Lee, apricot and jujube etc..These have core fruit
Deliciousness succulence, sweet and dilitious mostly.Either their fruit still process after finished product, it is all deep to be liked by numerous people.
But since their Storage period is all very short and processability is not high, especially their center is hard core, and appearance is skin, epidermis
It is pulp between core, 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 cleaned, be enucleated, is sliced and pickled and etc..It is wherein enucleated and cuts
Piece and etc., all it is more intractable but insoluble problem.
Wherein be enucleated in step, existing extracting fruit stone machine domestic at present, mainly have segment bounds, pair roller type, tapping pin formula,
These stoning machines of mashing formula, scraper-type, double wedge roller separation gravure.But it is obvious there are the problem of mainly have, equipment
The defects of complicated, pulp spoilage is higher, and 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 labor intensity increasingization, safe and healthy condition is not protected, finished product
Of poor quality, the scale mass production for realizing product affects enterprise and factory to a certain extent there is prodigious difficulty
Productivity effect.
Existing fruit slice equipment, structure substantially use a shell, the setting of upper end inlet porting lower end to export,
Setting set of blades is sliced in shell.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 slice is quick, it is poor that there are orders, is easy card
The defects of gambling, slice lack of homogeneity.
Invention content
The technical problem to be solved in the present invention is：How to provide one kind orderly can efficiently realize sarcocarp section, cut
Piece fluency is good, and is further able to first realize automatically removing for fruit stone, and fruit stone removal is reliable, can synchronize and 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 the following technical solutions.
One kind having core fruit process chopper and slicer, includes the fruit stone removal machine and fruit slice of tandem linking setting
Machine, the fruit slicer include lathe and the slicing device that is arranged on lathe, which is characterized in that are also held in the mouth in front of slicing device
It connects and is provided with fruit charging collator, the fruit charging collator includes the charging transmission in the cyclic annular setting of horizontal convolution
Band, one end of feed conveyor belt upper surface are 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, paving is additionally provided between feed end and discharge end above feed conveyor belt
Flattening mechanism is paved mechanism and is paved for realizing the single layer expansion of fruit.
In this way, fruit can be unfolded to pave in single layer by the mechanism of paving of setting, it is made to enter slice more in an orderly manner
In device, slice fluency is improved.
As an optimization, described to pave mechanism, including be transversely and horizontally set in an installation axle above feed conveyor belt,
It is provided with bristle below installation axle, size Corresponding matching on bristle region and feed conveyor belt width direction（Matching refers to
Face and it is not less than）, between bristle and feed conveyor belt upper surface there are for single layer fruit by gap.
Paving of the fruit in feed conveyor belt is completed while in this way, fruit pulp can not be damaged using the flexibility of bristle
It is flat.
As an optimization, the installation axle is installed in rotation on lathe, and installation axle bristle is circumferentially abound with along installation axle to be set
It sets, one end of installation axle and a motor are drivingly connected, and motor drives installation axle lower surface along the opposite of feed conveyor belt feeding
Direction rotates.
In this way, bristle rotation and fruit contact can be better achieved and be paved to the rolling of fruit.
As an optimization, the feed conveyor belt includes two chains in horizontal convolution annular configuration of horizontal alignment setting
Item is rotatably mounted with several transfer rollers being laterally arranged between chain, is disposed adjacent between transfer roller so that superposed turn
Roller upper surface support and can convey fruit, and chain is mounted on sprocket wheel, and sprocket wheel and motor are drivingly connected；It is additionally provided with and is used for band
Move the transfer roller rotation driving mechanism of superposed transfer roller rotation.
In this way, the conveyer belt formed by transfer roller drives fruit to advance, the paving to fruit is better achieved in transfer roller rotation simultaneously
It is flat, and the direction of adjustment fruit on a moving belt, keep it axial consistent with conveyor width direction, is more favorable for subsequently adding
Work.
As an optimization, the transfer roller rotation driving mechanism is horizontally disposed with including one piece and is fixed on lathe below the transfer roller of top
On friction plate, friction plate upper surface be and top transfer roller lower surface contact frictional layer.
Frictional layer frictionally drives top transfer roller rotation, simple in structure and drive transfer roller rotation reliable in this way.Transfer roller band
Dynamic fruit rotation keeps axis parallel with roller axis, realization automatic orientation and along own axes be slipped to two adjacent transfer rollers it
Between arranged in rows transverse, facilitate subsequent slice, particularly suitable for the fruit process to the ellipse such as Chinese date.Further, it rubs
It can be to bond obtained bed of cloth or rubber material layer to wipe layer.
As an optimization, slicing device includes a drawing-inroller dish axle being horizontally installed in front of feed conveyor belt discharge end,
Drawing-inroller dish axle is installed in rotation on lathe and is drivingly connected with motor, is equipped with feeding wheel disc in drawing-inroller dish axle, send
Material wheel disk axial width and feed conveyor belt effective width correspond to, and feeding wheel disc outer surface is axially disposed multiple circumferentially cloth
That sets is used to access the splicing groove of fruit, also has including the outer surface where splicing groove on feeding wheel disc radial along feeding wheel disc
Recessed cutter seam, for cutter seam along drawing-inroller dish axle to being uniformly arranged, slicing device further includes several being stitched respectively with each cutter
The cutting edge being correspondingly arranged, cutting edge is relatively fixed to lathe and the blade of cutting edge is inserted at one end in cutter seam, feeding
The blade of cutting edge can cut through splicing groove from outside to inside when wheel disc rotates.
In this way, the fruit after sorting neatly in feed conveyor belt enters the splicing on feeding wheel disc in discharge end sequence
In slot, then rely on feeding wheel disc rotation, drive splicing groove in fruit by cutting edge blade complete slice, then again from
Feeding wheel disc drops out splicing groove far from one side-lower of feed conveyor belt and completes to be sliced so that and slice is more orderly reliable and uniform,
Not phenomena such as not will produce blocking or uneven slice.When implementation, the undertaking of splicing container can be arranged in feeding wheel disc one side-lower of discharging
The fruit slice cut, or conveyer belt is set again and conveys fruit slice toward subsequent processing operations, it is automatic to complete fruit pulp slice
Processing.
As an optimization, feeding wheel disc upper end is horizontally arranged with the blade holder of a cuboid structure, blade holder
The front end of feeding wheel disc rotation is provided with several blade installation slots, cutting edge upper end is fixed in blade installation slot, under
It is blade that end forward downward, which tilts and is inserted into cutter to stitch interior and lower surface,.
In this way, the installation of more convenient cutting edge is fixed, what the fixed form of cutting edge can better ensure that slice can
It leans on, and more convenient fruit drops out after completing to be sliced.
Further, feeding is rolled there are one being also set up between the feed conveyor belt discharge end and feeding wheel disc charging side
Cylinder, feeding roller is axial consistent with feed conveyor belt width direction and is installed in rotation on lathe, and feeding roller and motor drive
The dynamic negative direction rotation that connects and can lean on motor to be transmitted with trend infeed conveyor, feeding roller outer surface is axially disposed to be had
Acupuncture treatment in a row-shaped, acupuncture treatment diameter are less than cutter slit width degree, and acupuncture treatment can be in side from feed conveyor belt when feeding roller rotates
The outer upper edge of discharge end is passed through and is produced in the cutter seam in the splicing groove that the other side enters feeding wheel disc.
In this way, 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 is then sent to connecing for feeding wheel disc from the other side by the draining fruit again
In hopper, it is made to complete the slice of single fruit.In this way, better assure that fruit sequentially enter in rows in splicing groove can
By property and order, avoids card from gambling and improve efficiency.
As an optimization, the blade holder and the adjacent side of feeding roller are additionally provided with the arc gear being bent to outer lower side
Block, block arc are located at the outside that acupuncture treatment is detached from feeding wheel disc position, and each acupuncture treatment is provided with and can be rotated for acupuncture treatment upper correspondence
When pass through allow needle tray.
In this way, when block arc can better ensure that acupuncture treatment goes out from splicing wheel disc transfer, fruit thereon can be fallen into
Into corresponding splicing groove, ensure the reliability of fruit transmission.
As an optimization, a kind of fruit stone removes machine, including rack, in rack on be provided with fruit for containing fruit
Cup, also face fruit cup, which is vertically provided with, rushes core bar, rushes core bar and can realize in undershoot to fruit cup and rush core, fruit bottom of a cup portion has fruit offerings
The lower port that core drops out；
Being horizontally disposed in rack has mounting disc, and fruit cup is fixedly installed in mounting disc, and fruit cup is top in vertical cylindric
Lower part is in integrally coaxial and downward smaller diameter end frustum tubular, is vertically offered out on the frustum tubular position of fruit cup lower part
Slot, fluting lower end extend to fruit cup lower port, slot and are uniformly distributed on circumferentially so that fruit cup is configured between adjacent notch
Abducent elasticity chip architecture, fruit cup upper port diameter are more than drupe maximum gauge to be processed, and lower port diameter is less than most
Drupel diameter（It is less than minimum fruit stone diameter as preferred lower port diameter, when rushing core in this way, always so that elastic piece lower end quilt
Fruit stone, which squeezes, to be opened, and when fruit stone is rushed out fruit cup lower port, elastic piece lower end can inwardly be withdrawn, and then automatically cut away fruit stone and made
It detaches with the pulp rushed in core bar cutting edge and preferably falls down, and avoids rushing when core bar is withdrawn and be withdrawn together with fruit stone）,
The fruit cup abducent limit range diameter of lower port is more than maximum fruit stone diameter, is less than minimum drupe diameter；It is also set in rack
It is equipped with and rushes core and unload fruit device, it includes pit-removing machine structure to rush core and unload fruit device, and pit-removing machine structure includes that vertical face fruit cup rushes core processing work
Position top rushes core bar, rushes that core bar is cylindrical in shape and lower port is cutting edge structure, and rushing core bar lower port diameter, to be less than minimum fruit stone straight
Diameter rushes core bar upper end and is connected with actuating unit and actuating unit can be leaned on to drive realization punching in undershoot to the fruit cup of corresponding station
Core.
In this way, removing fruit stone by the mode for rushing the punching of core bar, there is fruit stone to remove reliable quickness and high efficiency, pulp has preserved
It is whole to spend the advantages that high.When it is processed, drupe is fallen into navigate in fruit cup and is blocked by the conical cylinder section of fruit cup lower part, is then started dynamic
Force mechanisms drive is rushed core bar downlink and is punched into fruit cup, rushes core bar lower end cutting edge incision pulp and fruit stone is gone out downwards to fruit cup,
Then it rushes core bar to withdraw upwards, realizes being automatically separated for pulp and fruit stone.Its fruit being arranged cup and the accurate size for rushing core bar
The magnitude range for considering fruit stone and drupe can snap into fruit cup after enabling to drupe to fall into fruit cup, rush core bar and rush core
Drupe is gone out fruit cup by Shi Buhui together, but fruit stone can go out fruit cup.Therefore with simple in structure, and fruit stone removal is reliable special
Point.
As an optimization, described to rush core to unload fruit device further include Xie Guo mechanisms, and Xie Guo mechanisms include that vertical face fruit cup unloads fruit
Fruit bar is unloaded above processing stations, unloading fruit bar lower end, there is horizontally disposed platen, platen diameter to be more than fruit cup lower port diameter
And limit range diameter is extended to the outside less than fruit cup lower port, it unloads fruit bar upper end and is connected with actuating unit and actuating unit can be leaned on
It drives in undershoot to the fruit cup of corresponding station and presses down pulp；It is vertically arranged that the mounting disc is that turntable and middle part pass through
Shaft is mounted in rack, and shaft is connected with turntable transmission system and can lean on turntable transmission system that turntable rotation is driven to make thereon
Fruit cup from fruit cup rush core processing stations rotate to fruit cup unload fruit processing stations.
In this way, when drupe is after fruit cup rushes core processing stations by rushing the completion fruit stone removal of core bar, automatic rotary can be controlled again
It goes to fruit cup and unloads fruit processing stations, pulp in fruit cup is pressed down by unloading fruit bar, realizes that the automatic of the fruit rushed after core unloads fruit.
As an optimization, pit-removing machine structure includes mostly rushing core bar with what horizontal alignment was arranged, and Xie Guo mechanisms include and rush core bar number
Amount it is consistent with arrangement mode more be set up in parallel unload fruit bar, fruit cup setting is in disk upper surface close to lateral location and edge
It is arranged circumferentially to be multigroup, the quantity of every group of fruit cup is consistent with core bar is rushed with arrangement mode.
In this way, turntable often rotates a station, actuating unit drives and rushes core bar and unload one stroke of fruit bar undershoot simultaneously, can
Fruit is unloaded to the fruit glass for rushing core and adjacent last batch of next group inferior fruit cup disposably to realize, and then realizes batch type stoning
Processing improves production efficiency.
As an optimization, the core that rushes unloads in fruit device, and actuating unit includes a guide post being vertically arranged in rack,
It can slide up and down in guide post and be arranged there are one mounting plate, mounting plate side lower surface, which is fixedly installed, described to be rushed core bar and unload
Fruit bar, the mounting plate other side are 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 sequentially connected.
A set of actuating unit is shared in this way, rushing core bar and unloading fruit bar, ensure that the consistency of action, and then ensure that work
Stability and reliability.
As an optimization, it is described rush core bar inner cavity upper end and extend upward through be connected to mounting plate upper surface, setting above mounting plate
There is a top plate for being fixed on guide post, the corresponding core bar that rushes accordingly is provided with top meat bar straight down on top plate, and top meat bar lower end is matched
It closes in rushing core bar inner cavity, when rushing core bar and going upward to peak by actuating unit drive, top meat bar lower end, which is exposed to, to be rushed under core bar
End.
In this way, rush core bar every time downwards incision pulp by fruit stone ejection again upwards retraction when, can by top meat bar will rush core
The part pulp ejection that bar lower end is internally embedded is fallen in fruit cup, is then rotated further by turntable and to next station unload at fruit
Reason causes to be obstructed when rushing core incision pulp next time, ensure that and rush the smooth steady of core every time this avoid rushing inside core bar to block
It is fixed.
As an optimization, the stoning sliding slot being provided in the rack rushed below core bar corresponding position below turntable,
It is provided in the rack unloaded below fruit bar corresponding position and unloads fruit sliding slot below turntable.
In such manner, it is possible to which convenient preferably collect fruit stone and pulp.
As an optimization, also horizontally disposed below the mounting plate to have one piece of guide plate, it is corresponded on guide plate and rushes core bar and unload
Fruit bar offers pilot hole, it is described rush core bar and unload fruit bar be slidably fit into pilot hole.In this way, can preferably liquidate
It core bar and unloads fruit bar and is oriented to, ensure to push the reliable of the accurate of direction and cooperation, core is rushed in guarantee and to unload stablizing for fruit smooth.
As an optimization, turntable transmission system includes a set of intermittent drive mechanism, intermittent drive mechanism, intermittent drive mechanism
Input terminal is connected with power motor, and output end is connected with shaft and is used to drive shaft intermittent rotary.In this way, by between setting
It has a rest transmission mechanism so that this equipment may be used the same power motor while realize the intermittent rotary transmission and punching of turntable
Core bar and the transmission of operation up and down for unloading fruit bar, reduce motor application quantity, simplify equipment cost, while leaning on machine driving
It completes turntable rotation and rushes core bar and unload the relevance of fruit bar run up and down, better assure that the same of component movement cooperation
Step property and reliability.
As an optimization, the intermittent drive mechanism includes the sheave that a level is fixed at shaft lower end, outside sheave
Side surface has the multistage concave curved surface being evenly arranged, and has fluting radially between concave curved surface, further includes one
Discoid driver plate, driver plate are rotationally horizontally arranged in driver plate axle, and driver plate upper surface raises up, and there are one coaxial arrangements
Limit round table, the concave curved surface close fit on the outside of limit round table outer surface and sheave, limit round table side is provided with one
The driver plate upper surface of the notch of section indent, notch medium position is additionally provided with straight pin, and straight pin coordinates in the fluting of sheave
Straight pin, which coordinates to be inserted into the fluting of sheave successively, when driver plate is rotated drives the rotation of sheave gap；Driver plate axis connection
To power motor.
In this way, the intermittently-driving to turntable can be well realized, ensure that batch rushes core and unloads being normally carried out for fruit.
As an optimization, there are one reduction boxes for the power motor output shaft connection, and reduction gearbox output shaft is horizontally disposed and has
There are two output end, an output end, which is connected to, to be rushed on the crank that core unloads in the actuating unit of fruit device, another output end is logical
Bevel-gear sett is crossed to be connected in the driver plate axle of turntable transmission system.
In such manner, it is possible to which a motor, which is better achieved, drives two systems transmission, simple in structure and two sets of power trains of guarantee
Reliability of the system on mutual time coordination.
In conclusion this system orderly can efficiently realize pulp specifically for there is the slice setting of core class extracting fruit stone
Slice, slice fluency are good；It can realize that the batch type of fruit stone automatically removes simultaneously, have simple in structure, fruit stone removal is reliable,
The advantages that capable of synchronizing and realize the separation of core meat, can more preferably keeping pulp integrality.
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 rack in Fig. 1.
Fig. 3 is the front view of Fig. 2.
Fig. 4 is the front view that fruit stone removes 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 schematic diagram of independent intermittent drive mechanism part in Fig. 4.
Fig. 8 is the structural schematic diagram of independent fruit cup portion in Fig. 4.
Fig. 9 is the structural schematic diagram of enforceable independent fruit cup expansion limiting device in fruit stone removal machine.
Specific implementation mode
The present invention is described in further detail below in conjunction with the accompanying drawings.
Embodiment：
One kind having core fruit process chopper and slicer, including the fruit stone of tandem linking setting removes machine（As Fig. 4-9 institute
Show）And fruit slicer（Shown in Fig. 1-3）, the fruit slicer includes lathe 1 ' and the slice being arranged on lathe 1 ' dress
It sets, feature is, also linking is provided with fruit charging collator in front of slicing device, and the fruit feeds collator packet
The feed conveyor belt in the cyclic annular setting of horizontal convolution is included, one end of feed conveyor belt upper surface is that top is provided with loading hopper 8 '
Feed end, the feed conveyor belt upper surface other end is the discharge end that the slicing device is arranged in linking, above feed conveyor belt
It is additionally provided between feed end and discharge end and paves mechanism, paved mechanism and paved for realizing the single layer expansion of fruit.
In this way, fruit can be unfolded to pave in single layer by the mechanism of paving of setting, it is made to enter slice more in an orderly manner
In device, slice fluency is improved.
It is described to pave mechanism in fruit slicer, including be transversely and horizontally set in a peace above feed conveyor belt
Axis 2 ' is filled, bristle is provided with below installation axle（It does not show）, size pair on bristle region and feed conveyor belt width direction
It should match（Matching refers to face and is not less than）, between bristle and feed conveyor belt upper surface there are for single layer fruit between
Gap.
Paving of the fruit in feed conveyor belt is completed while in this way, 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 is abound with, one end of installation axle and a motor 3 ' are drivingly connected, and motor drives installation axle lower surface along feed conveyor belt
The opposite direction of feeding rotates.
In this way, bristle rotation and fruit contact can be better achieved and be paved to the rolling of fruit.
In fruit slicer, the feed conveyor belt includes two of horizontal alignment setting in horizontal convolution annular configuration
Chain 4 ' is rotatably mounted with several transfer rollers 5 ' being laterally arranged between chain 4 ', is disposed adjacent so that position between transfer roller 5 '
Support and fruit can be conveyed in the transfer roller upper surface on top, chain 4 ' is mounted on sprocket wheel 6 ', and sprocket wheel 6 ' and motor 3 ' drive
Connection；It is additionally provided with the transfer roller rotation driving mechanism for driving the 5 ' rotation of superposed transfer roller.
In this way, the conveyer belt formed by transfer roller drives fruit to advance, the paving to fruit is better achieved in transfer roller rotation simultaneously
It is flat, and the direction of adjustment fruit on a moving belt, keep it axial consistent with conveyor width direction, is more favorable for subsequently adding
Work.
In fruit slicer, the transfer roller rotation driving mechanism includes one piece and is horizontally disposed with and is fixed below the transfer roller of top
Friction plate 7 ' on lathe, the frictional layer that 7 ' upper surface of friction plate is and transfer roller 5 ' lower surface in top contacts.
Frictional layer frictionally drives top transfer roller rotation, simple in structure and drive transfer roller rotation reliable in this way.Transfer roller band
Dynamic fruit rotation keeps axis parallel with roller axis, realization automatic orientation and along own axes be slipped to two adjacent transfer rollers it
Between arranged in rows transverse, facilitate subsequent slice, particularly suitable for the fruit process to the ellipse such as Chinese date.Further, it rubs
It can be to bond obtained bed of cloth or rubber material layer to wipe layer.
In fruit slicer, slicing device includes a feeding wheel disc being horizontally installed in front of feed conveyor belt discharge end
Axis 8 ', drawing-inroller dish axle 8 ' are installed in rotation on lathe and are drivingly connected with motor 3 ', and drawing-inroller dish axle 8 ' is above equipped with
Feeding wheel disc 9 ', drawing-inroller disk axial width and feed conveyor belt effective width correspond to, and 9 ' outer surface of feeding wheel disc is set in an axial direction
Multiple splicing grooves 10 ' for accessing fruit circumferentially are equipped with, include the outer surface where splicing groove on feeding wheel disc
Also there is the cutter seam being radially recessed along feeding wheel disc, cutter seam to be axially uniformly arranged along feeding wheel disc 9 ', slicing device also wraps
Several cutting edges 11 ' being correspondingly arranged respectively with each cutter seam are included, cutting edge 11 ' is relatively fixed to the knife of lathe and cutting edge
Sword is inserted at one end in cutter seam, and the blade of cutting edge can cut through splicing groove from outside to inside when feeding wheel disc rotates.
In this way, the fruit after sorting neatly in feed conveyor belt enters the splicing on feeding wheel disc in discharge end sequence
In slot, then rely on feeding wheel disc rotation, drive splicing groove in fruit by cutting edge blade complete slice, then again from
Feeding wheel disc drops out splicing groove far from one side-lower of feed conveyor belt and completes to be sliced so that and slice is more orderly reliable and uniform,
Not phenomena such as not will produce blocking or uneven slice.When implementation, the undertaking of splicing container can be arranged in feeding wheel disc one side-lower of discharging
The fruit slice cut, or conveyer belt is set again and conveys fruit slice toward subsequent processing operations, it is automatic to complete fruit pulp slice
Processing.
In fruit slicer, feeding wheel disc upper end is horizontally arranged with the blade holder 12 ' of a cuboid structure, blade
Fixed frame 12 ' is provided with several blade installation slots along the front end of feeding wheel disc rotation, and 11 ' upper end of cutting edge is fixed on blade
In mounting groove, it is blade that lower end forward downward, which tilts and is inserted into cutter to stitch interior and lower surface,.
In this way, the installation of more convenient cutting edge is fixed, what the fixed form of cutting edge can better ensure that slice can
It leans on, and more convenient fruit drops out after completing to be sliced.
In fruit slicer, also set up between the feed conveyor belt discharge end and feeding wheel disc charging side there are one sending
Feed roller 13 ', feeding roller 13 ' is axial consistent with feed conveyor belt width direction and is installed in rotation on lathe, feeding rolling
Cylinder and motor are drivingly connected and can lean on the negative direction rotation that motor is transmitted with trend infeed conveyor, feeding roller outer surface edge
Axially it is provided with acupuncture treatment 14 ' in a row-shaped, 14 ' diameters of acupuncture treatment are less than cutter slit width degree, and acupuncture treatment can be when feeding roller rotates
Side upper edge outside feed conveyor belt discharge end is passed through and the cutter seam in the splicing groove that the other side enters feeding wheel disc
In produce.
In this way, 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 is then sent to connecing for feeding wheel disc from the other side by the draining fruit again
In hopper, it is made to complete the slice of single fruit.In this way, better assure that fruit sequentially enter in rows in splicing groove can
By property and order, avoids card from gambling and improve efficiency.
In fruit slicer, the side adjacent with feeding roller of the blade holder 12 ' is additionally provided with to outer lower side and is bent
Block arc 15 ', block arc 15 ' is located at the outside that acupuncture treatment is detached from feeding wheel disc position, and each acupuncture treatment is provided with upper correspondence
What is passed through when can be rotated for acupuncture treatment allows needle tray.
In this way, when block arc can better ensure that acupuncture treatment goes out from splicing wheel disc transfer, fruit thereon can be fallen into
Into corresponding splicing groove, ensure the reliability of fruit transmission.
In fruit slicer, when implementation, each power section power motor is same motor, which is connected with
Retarder, retarder output end are provided with the first belt pulley, and the first belt pulley is connected to installation axle coaxial arrangement by belt
On one the second belt pulley and installation axle is driven to rotate clockwise；Retarder output end is additionally provided with the first sprocket wheel, the first sprocket wheel
By the second sprocket wheel connection on chain and a jackshaft, power chain where jackshaft and feed conveyor belt discharge end is coaxial
It is arranged, first gear and third sprocket wheel is also coaxially arranged on jackshaft, first gear and one is coaxially disposed with feeding roller
Second gear engaged transmission, third sprocket wheel connect by chain and one with the 4th sprocket wheel of drawing-inroller dish axle coaxial arrangement.
In this way, not only realize a motor while driving three power output member actions.And it ensure that each power output structure
The consistency of part action, while ensure that a power output member direction of rotation is to realize that fruit conveys required rotation side
To, better assure that fruit slice conveying flow order and reliability.
In fruit slicer, when implementation, it is small that can also the transfer roller in feed conveyor belt be further set as intermediate
Diameter segment, both ends are the structure type of enlarged diameter section, and in-between reduced diameter section position is made to form the region for paving conveying for fruit,
Friction plate is contacted with transfer roller below enlarged diameter section along transfer roller left and right settings and drives transfer roller rotation again；It will be used on transfer roller in this way
In the region of conveying fruit and for being separated with the region that friction plate contacts, so that it is independent of each other, ensure that fruit conveying
Wholesomeness also avoids fruit juice from falling to influence friction plate using effect on friction plate；But be arranged when transfer roller enlarged diameter section and
Reduced diameter section diameter great disparity is not answered excessive, need to be smaller than fruit diameter between adjacent transfer roller reduced diameter section, be avoided water
Fruit falls down.Meanwhile charging is facilitated to spread it is possible to further show the setting of loading hopper width and transfer roller reduced diameter section length one
It is flat；The position of splicing groove and length setting and transfer roller on single acupuncture treatment position on feeding roller and length and feeding wheel disc is small
Diameter segment corresponds to, with the transmission of instant fruit and slice.
When implementation, the fruit stone removes machine, and being horizontally disposed with referring to Fig. 1-6, including rack 1, in rack has mounting disc, pacifies
Fruit cup 2 is fixedly installed in sabot, fruit cup 2 is the cone that top is in that vertically cylindric lower part is in integrally coaxial and downward smaller diameter end
Platform tubular vertically offers fluting on the frustum tubular position of 2 lower parts of fruit cup, and fluting lower end extends to fruit glass lower port, opens
Slot circumferentially on be uniformly distributed so that fruit cup is configured to 3 structure of abducent elastic piece between adjacent notch, 2 upper ends of fruit cup
Mouth diameter is more than drupe maximum gauge to be processed, and lower port diameter is less than minimum drupe diameter, and fruit cup lower port extends to the outside
Limit range diameter be more than maximum fruit stone diameter（Specific size counts to obtain according to fruit situation when implementation, in this way can be more
Well so that when drupe is larger and fruit stone is smaller, the pulp gone out will not cause due to by excessive extruding it is excessive broken,
Better ensure that the integrality for going out drupe）, it is less than minimum drupe diameter；It is additionally provided in rack and rushes core and unload fruit device, rush core
It includes pit-removing machine structure to unload fruit device, and pit-removing machine structure includes that vertical face fruit cup rushes above core processing stations and rushes core bar 4, rushes core bar
4 are cylindrical in shape and lower port is cutting edge structure, rush 4 lower port diameter of core bar and are less than minimum fruit stone diameter（Will not be excessive and lead to fruit
Core card is gambled, will not be too small and to cause impulse force to transmit insufficient, it can be ensured that preferably go out fruit stone）, rush core bar upper end and power
Mechanism is connected and can lean on actuating unit that realization in undershoot to the fruit cup of corresponding station is driven to rush core.
In this way, when processing, drupe is fallen into navigate in fruit cup and is blocked by the conical cylinder section of fruit cup lower part, power is then started
Mechanism drive is rushed core bar downlink and is punched into fruit cup, rushes core bar lower end cutting edge incision pulp and fruit stone is gone out downwards to fruit cup, so
Backlash core bar is withdrawn upwards, realizes being automatically separated for pulp and fruit stone.Its fruit being arranged cup and the accurate size for rushing core bar are examined
The magnitude range for having considered fruit stone and drupe can snap into fruit cup after enabling to drupe to fall into fruit cup, when rushing core bar and rushing core
Drupe will not be gone out to fruit cup, but fruit stone can go out fruit cup together.Therefore with simple in structure, and fruit stone removal is reliable special
Point.Better choice is that fruit 2 lower port diameters of cup are less than minimum fruit stone diameter when implementation, when rushing core in this way, always so that elasticity
Piece lower end is squeezed by fruit stone opens, and when being rushed out fruit cup lower port at fruit stone maximum gauge, elastic piece lower end can inwardly be withdrawn, into
And automatically cutting away fruit stone makes it be detached with the pulp rushed in core bar cutting edge and preferably falls down, when avoiding rushing the withdrawal of core bar
It is withdrawn together with fruit stone.Further, in present embodiment, it is additionally provided with one section of 2-5mm's long in 3 bottom of elastic piece
Lower section is intilted to be folded to section 6, is folded to 6 lower end of section and is the fruit cup lower port and is sharp cutting edge shape.In this way, fruit stone
It is rushed out the moment of fruit cup lower port, when elastic piece lower end is inwardly withdrawn, can preferably cut off fruit stone by being folded to the cutting edge of section
The part being connected with pulp so that fruit stone can smoothly be fallen down.
In fruit stone removal machine, described to rush core to unload fruit device further include Xie Guo mechanisms, and Xie Guo mechanisms include vertical face fruit cup
It unloads and unloads fruit bar 5 above fruit processing stations, unloading 5 lower end of fruit bar, there is horizontally disposed platen, platen diameter to be more than 2 lower ends of fruit cup
Mouthful diameter and limit range diameter is extended to the outside less than fruit 2 lower ports of cup, unloads fruit bar upper end and be connected with actuating unit and can lean on
Actuating unit drives in undershoot to the fruit cup of corresponding station and presses down pulp；The mounting disc is turntable 7 and middle part passes through
Vertically arranged shaft is mounted in rack 1, and shaft is connected with turntable transmission system and can lean on turntable transmission system band turn
Disc spins make fruit thereon cup 2 from fruit cup rush core processing stations rotate to fruit cup unload fruit processing stations.
In this way, when drupe is after fruit cup rushes core processing stations by rushing the completion fruit stone removal of core bar, automatic rotary can be controlled again
It goes to fruit cup and unloads fruit processing stations, pulp in fruit cup is pressed down by unloading fruit bar, realizes that the automatic of the fruit rushed after core unloads fruit.
In fruit stone removal machine, pit-removing machine structure includes mostly rushing core bar 4 with what horizontal alignment was arranged, and Xie Guo mechanisms include and rush core
What more piece consistent with arrangement mode of bar quantity were set up in parallel unloads fruit bar 5, and 2 setting of fruit cup leans on proximal edges in 7 upper surface of turntable
It position and is circumferentially evenly arranged to be multigroup, the quantity of every group of fruit cup is consistent with core bar is rushed with arrangement mode.
In this way, turntable often rotates a station, actuating unit drives and rushes core bar and unload one stroke of fruit bar undershoot simultaneously, can
Fruit is unloaded to the fruit glass for rushing core and adjacent last batch of next group inferior fruit cup disposably to realize, and then realizes batch type stoning
Processing improves production efficiency.
In fruit stone removal machine, the core that rushes unloads in fruit device, and actuating unit includes one and is vertically arranged to leading in rack
It can slide up and down to column 8, in guide post 8 and be arranged there are one mounting plate 9,9 side lower surface of mounting plate is fixedly installed described
It rushes core bar 4 and unloads fruit bar 5,9 other side of mounting plate is hinged with a downward connecting rod 10, and 10 lower end of connecting rod is hinged on one vertically
Toggle is constituted on the crank 11 of setting, crank 11 and power motor 12 are sequentially connected.
A set of actuating unit is shared in this way, rushing core bar and unloading fruit bar, ensure that the consistency of action, and then ensure that work
Stability and reliability.
In fruit stone removal machine, it is described rush 4 inner cavity upper end of core bar and extend upward through be connected to 9 upper surface of mounting plate, on mounting plate
Side is provided with the top plate 13 for being fixed on guide post, and the corresponding core bar that rushes accordingly is provided with top meat bar 14 straight down on top plate 13,
The 14 lower end cooperation of meat bar is pushed up in rushing core bar inner cavity, when rushing core bar 4 and going upward to peak by actuating unit drive, under top meat bar 14
End, which is exposed to, rushes core bar lower end.
In this way, rush core bar every time downwards incision pulp by fruit stone ejection again upwards retraction when, can by top meat bar will rush core
The part pulp ejection that bar lower end is internally embedded is fallen in fruit cup, is then rotated further by turntable and to next station unload at fruit
Reason causes to be obstructed when rushing core incision pulp next time, ensure that and rush the smooth steady of core every time this avoid rushing inside core bar to block
It is fixed.
In fruit stone removal machine, the stoning that is provided in the rack rushed below 4 corresponding position of core bar below turntable
Sliding slot 15 is provided in the rack unloaded below 5 corresponding position of fruit bar and unloads fruit sliding slot 16 below turntable.
In such manner, it is possible to which convenient preferably collect fruit stone and pulp.
It is also horizontally disposed below the mounting plate to have one piece of guide plate 17 in fruit stone removal machine, correspond to 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.In this way, can be with
It preferably liquidates and core bar and unloads fruit bar and be oriented to, ensure to push the reliable of the accurate of direction and cooperation, guarantee rushes core and unloads fruit
Stablize it is smooth.
In fruit stone removal machine, turntable transmission system includes a set of intermittent drive mechanism, intermittent drive mechanism, intermittently-driving machine
The input terminal of structure is connected with power motor 12, and output end is connected with shaft and is used to drive shaft intermittent rotary.In this way, by setting
The intermittent drive mechanism set so that this equipment may be used the same power motor while realize the intermittent rotary biography of turntable
It moves and rushes core bar and unload the transmission of operation up and down of fruit bar, reduce motor application quantity, simplify equipment cost, while leaning on machine
Tool transmission completes turntable rotation and rushes core bar and unload the relevance of fruit bar run up and down, better assures that component movement is matched
The synchronism and reliability of conjunction.
In fruit stone removal machine, the intermittent drive mechanism includes the sheave 18 that a level is fixed at shaft lower end,
18 outer surface of sheave 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 19 upper surface of driver plate raises up
There are one the limit round tables being coaxially disposed, the concave curved surface close fit on the outside of limit round table outer surface and sheave, limit circle
Platform side is provided with the notch of one section of indent, and the driver plate upper surface of notch medium position is additionally provided with straight pin, straight pin cooperation
Straight pin coordinates successively when driver plate being enable to rotate in the fluting of sheave drives sheave gap in the fluting for be inserted into sheave
Rotation；Driver plate axle is connected to power motor 12.
In this way, the intermittently-driving to turntable can be well realized, ensure that batch rushes core and unloads being normally carried out for fruit.
In fruit stone removal machine, for the connection of 12 output shaft of the power motor there are one reduction box 20, reduction gearbox output shaft is horizontal
Setting and tool is there are two output end, an output end, which is connected to, to be rushed on the crank 11 that core unloads in the actuating unit of fruit device, another
A output end is connected to by bevel-gear sett 21 in the driver plate axle of turntable transmission system.
In such manner, it is possible to which a motor, which is better achieved, drives two systems transmission, simple in structure and two sets of power trains of guarantee
Reliability of the system on mutual time coordination.
When 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 better choice is a set of fruit cup expansion limiting device of setting, fruit cup expansion limiting device such as Fig. 6 institutes
Show, is included in fruit cup and rushes core processing stations lower section, the fruit cup stop collar 22 of 2 setting of face fruit cup, fruit cup stop collar 22 is consolidated
It is scheduled on one set of lifting mechanism, before rushing core bar downlink, elevating mechanism first drives fruit cup stop collar 22 to rise to 2 lower ends of fruit cup
External position；It rushes core bar to rush in nuclear process, contacts into limit by row and extend by fruit cup lower elastic piece and fruit cup 22 inner wall of stop collar
Range limits, and rushes core bar and rushes after core in lifting process, and elevating mechanism drives fruit cup stop collar to decline and is detached from fruit cup range, makes
It does not influence horizontally rotating for fruit cup.It can thus better assure that fruit cup extended limit range in lower end in rushing nuclear process
It limits.Ensure that rushing the normal of core is smoothed out, liquidate core after avoiding fruit cup lower elastic piece long-term work from leading to elastic failure
It influences, nuclear stability is rushed in guarantee.Yet further elevating mechanism includes a lever being laterally arranged 23, and 23 middle part of lever is hinged
In rack, one end and for driving the component for rushing core bar downlink to be rotatably connected（When implementation, on 23 outer end of lever and one
24 lower end of connecting rod that end is fixed on 9 outside of mounting plate is hinged）, other end installation fruit cup stop collar 22.In this way so that rushing core bar
During undershoot, fruit cup outside is moved up to by lever drives fruit cup stop collar and is limited.It is simple in structure and realize
With the linkage for rushing core bar, it ensure that the reliability of limit and reduce the consuming of dynamical element.
When implementation, the loading hopper in fruit slicer, which can be directly arranged in fruit stone removal machine, to be unloaded below fruit sliding slot in fact
Now it is connected, or linking is realized using position at belt conveyor connection two.
Claims (5)
1. one kind having core fruit process chopper and slicer, include the fruit stone removal machine and fruit slicer of tandem linking setting,
The fruit slicer includes lathe and the slicing device that is arranged on lathe, which is characterized in that is also connected in front of slicing device
It is provided with fruit charging collator, the fruit charging collator includes the charging transmission in the cyclic annular setting of horizontal convolution
Band, one end of feed conveyor belt upper surface are 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, paving is additionally provided between feed end and discharge end above feed conveyor belt
Flattening mechanism is paved mechanism and is paved for realizing the single layer expansion of fruit；
It is described to pave mechanism, including it is transversely and horizontally set an installation axle above feed conveyor belt, setting below installation axle
There is a bristle, size Corresponding matching, bristle and feed conveyor belt upper surface on bristle region and feed conveyor belt width direction
Between there are for single layer fruit by gap；
Slicing device includes a drawing-inroller dish axle being horizontally installed in front of feed conveyor belt discharge end, and drawing-inroller dish axle can turn
It is mounted on lathe and is drivingly connected with motor dynamicly, feeding wheel disc, drawing-inroller disk axial width are installed in drawing-inroller dish axle
It is corresponding with feed conveyor belt effective width, feeding wheel disc outer surface is axially disposed have it is multiple circumferentially for accessing water
The splicing groove of fruit, which includes outer surface where splicing groove on feeding wheel disc, also has the cutter seam being radially recessed along feeding wheel disc,
For cutter seam along drawing-inroller dish axle to being uniformly arranged, slicing device further includes several cutters being correspondingly arranged respectively with each cutter seam
Piece, cutting edge is relatively fixed to lathe and the blade of cutting edge is inserted at one end in cutter seam, cutter when feeding wheel disc rotates
The blade of piece can cut through splicing groove from outside to inside；
Feeding wheel disc upper end is horizontally arranged with the blade holder of a cuboid structure, and blade holder is rotated along feeding wheel disc
Front end be provided with several blade installation slots, cutting edge upper end is fixed in blade installation slot, lower end forward downward tilt
And it is blade to be inserted into cutter to stitch interior and lower surface；
Feeding roller there are one being also set up between the feed conveyor belt discharge end and feeding wheel disc charging side, feeding roller axis
To consistent with feed conveyor belt width direction and be installed in rotation on lathe, feeding roller and motor are drivingly connected and can lean on
The negative direction rotation that motor is transmitted with trend infeed conveyor, feeding roller outer surface is axially disposed acupuncture treatment in a row-shaped,
Have an acupuncture treatment diameter be less than cutter slit width degree, feeding roller rotate when acupuncture treatment can in side outside feed conveyor belt discharge end upper side edge
Edge passes through and is produced in the cutter seam in the splicing groove that the other side enters feeding wheel disc；Feeding roller drives acupuncture treatment rotation to pass through
It, can be by the single fruit bundle being located at feed conveyor belt discharge end between two transfer rollers of having an acupuncture treatment when feed conveyor belt discharge end
Enter, is then sent in the splicing groove of feeding wheel disc from the other side by the draining fruit again；
The blade holder and the adjacent side of feeding roller are additionally provided with the block arc being bent to outer lower side, block arc position
It is detached from the outside of feeding wheel disc position in acupuncture treatment, each acupuncture treatment is provided with the needle that allows that the when of capable of being rotated for acupuncture treatment passes through to upper correspondence
Slot.
2. having core fruit process chopper and slicer as described in claim 1, which is characterized in that the installation axle is rotatably mounted
On lathe, installation axle bristle is circumferentially abound with setting along installation axle, and one end of installation axle and a motor are drivingly connected, motor band
Dynamic installation axle lower surface is rotated along the opposite direction of feed conveyor belt feeding.
3. having core fruit process chopper and slicer as described in claim 1, which is characterized in that the feed conveyor belt includes level
Two be set up in parallel are in the chain of horizontal convolution annular configuration, and several turns being laterally arranged are rotatably mounted between chain
Roller is disposed adjacent between transfer roller and enables superposed transfer roller upper surface support and convey fruit, and chain is mounted on sprocket wheel
On, sprocket wheel and motor are drivingly connected；It is additionally provided with the transfer roller rotation driving mechanism for driving superposed transfer roller rotation.
4. having core fruit process chopper and slicer as claimed in claim 3, which is characterized in that the transfer roller rotation driving mechanism packet
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.
5. having core fruit process chopper and slicer as described in claim 1, which is characterized in that the fruit stone removes machine, including machine
Frame, the fruit cup for containing fruit is provided in rack, and also face fruit cup, which is vertically provided with, rushes core bar, rush core bar can undershoot extremely
It is realized in fruit cup and rushes core, fruit bottom of a cup portion has the lower port dropped out for fruit stone；
Being horizontally disposed in rack has mounting disc, and fruit cup is fixedly installed in mounting disc, and fruit cup is top in vertical cylindric lower part
Whole is in coaxial and downward smaller diameter end frustum tubular, and fluting is vertically offered on the frustum tubular position of fruit cup lower part,
Fluting lower end extends to fruit cup lower port, slots and is uniformly distributed on circumferentially so that fruit cup is configured to outward between adjacent notch
The elastic chip architecture of extension, fruit cup upper port diameter are more than drupe maximum gauge to be processed, and lower port diameter is less than most small nut
Fruit diameter, the fruit cup abducent limit range diameter of lower port are more than maximum fruit stone diameter, are less than minimum drupe diameter；Rack
On be additionally provided with and rush core and unload fruit device, it includes pit-removing machine structure to rush core and unload fruit device, and pit-removing machine structure includes that vertical face fruit cup rushes core
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 be less than minimum
Fruit stone diameter rushes core bar upper end and is connected with actuating unit and actuating unit can be leaned on to drive in undershoot to the fruit cup of corresponding station in fact
Now rush core.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710093017.XA CN106891373B (en) | 2017-02-21 | 2017-02-21 | One kind having core fruit process chopper and slicer |
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| CN201710093017.XA CN106891373B (en) | 2017-02-21 | 2017-02-21 | One kind having core fruit process chopper and slicer |
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| CN106891373B true CN106891373B (en) | 2018-10-09 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107520868B (en) * | 2017-06-28 | 2019-03-08 | 江西金田金柚果品有限公司 | It is a kind of for producing the sweet shaddock slicing device and its dicing method of honey pomelo preserved fruit |
| CN107440131A (en) * | 2017-07-14 | 2017-12-08 | 李刚 | A kind of hawthorn pit-removing machine |
| 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 |
| CN110584149B (en) * | 2019-10-25 | 2024-04-02 | 山东科诺机械科技有限公司 | Novel hawthorn stone removing and slicing integrated device |
| CN110613150B (en) * | 2019-10-28 | 2024-06-25 | 北京林业大学 | Pneumatic device for stoning and cutting fructus amomi |
| CN113977675A (en) * | 2021-09-08 | 2022-01-28 | 吴天明 | A stripping and slicing device for peach |
Family Cites Families (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2334416A (en) * | 1941-10-08 | 1943-11-16 | Kok Albert | Fruit slicing apparatus |
| ES441380A1 (en) * | 1975-06-16 | 1977-08-01 | Vistan Corp | Combination pitter and stuffer for olives |
| CN2052616U (en) * | 1989-09-06 | 1990-02-14 | 陈文举 | Hawthorn seed remover |
| CN2508576Y (en) * | 2001-06-28 | 2002-09-04 | 宁天德 | Semi-automatic machine for both splitting skin and stoning jujube |
| CN102357906B (en) * | 2011-10-15 | 2014-04-16 | 陕西科技大学 | Automatic kernel-removing slicing machine for Chinese dates |
| CN203697078U (en) * | 2014-02-25 | 2014-07-09 | 李伟风 | Full-automatic red date slicing machine |
| CN103976457B (en) * | 2014-05-08 | 2015-11-18 | 陕西科技大学 | A kind of Removing Kernel for Date equipment |
| CN205390250U (en) * | 2016-02-20 | 2016-07-27 | 广东汇群中药饮片股份有限公司 | Automatic nuclear machine that removes of carousel formula |
| CN205658337U (en) * | 2016-04-06 | 2016-10-26 | 兰州理工大学 | Portable red date device that denucleates |
| CN205922796U (en) * | 2016-06-01 | 2017-02-08 | 杨凌博通现代农业发展有限公司 | Anucleated loading tray of date |
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Granted publication date: 20181009 Termination date: 20210221 |