CN106914933B - A kind of agricultural potato auto slice fixation machine - Google Patents
A kind of agricultural potato auto slice fixation machine Download PDFInfo
- Publication number
- CN106914933B CN106914933B CN201710175772.2A CN201710175772A CN106914933B CN 106914933 B CN106914933 B CN 106914933B CN 201710175772 A CN201710175772 A CN 201710175772A CN 106914933 B CN106914933 B CN 106914933B
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- cutter
- respectively arranged
- fixed
- potato
- groove
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- 235000002595 Solanum tuberosum Nutrition 0.000 title claims abstract description 160
- 244000061456 Solanum tuberosum Species 0.000 title claims abstract description 160
- 210000004907 gland Anatomy 0.000 claims abstract description 106
- 238000012546 transfer Methods 0.000 claims abstract description 92
- 238000003825 pressing Methods 0.000 claims description 36
- 238000005520 cutting process Methods 0.000 claims description 16
- 230000006835 compression Effects 0.000 claims description 3
- 238000007906 compression Methods 0.000 claims description 3
- 238000012545 processing Methods 0.000 abstract description 9
- 238000010586 diagram Methods 0.000 description 8
- 239000007787 solid Substances 0.000 description 5
- 230000001360 synchronised effect Effects 0.000 description 5
- 238000000034 method Methods 0.000 description 4
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 description 4
- 238000013461 design Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
- 230000003139 buffering effect Effects 0.000 description 2
- 238000011161 development Methods 0.000 description 2
- 235000013606 potato chips Nutrition 0.000 description 2
- ATJFFYVFTNAWJD-UHFFFAOYSA-N Tin Chemical compound [Sn] ATJFFYVFTNAWJD-UHFFFAOYSA-N 0.000 description 1
- 238000012271 agricultural production Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 230000003068 static effect Effects 0.000 description 1
- 230000003319 supportive effect Effects 0.000 description 1
Classifications
-
- 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
- B26D1/02—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 stationary cutting member
- B26D1/03—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 stationary cutting member with a plurality of cutting members
-
- 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
- B26D7/01—Means for holding or positioning work
-
- 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
- B26D7/26—Means for mounting or adjusting the cutting member; Means for adjusting the stroke of the cutting member
- B26D7/2614—Means for mounting the cutting member
-
- 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
Landscapes
- Life Sciences & Earth Sciences (AREA)
- Forests & Forestry (AREA)
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Preparation Of Fruits And Vegetables (AREA)
Abstract
The invention discloses a kind of agriculture potato auto slices to fix machine,It include a firm banking,A support base is provided on the firm banking,Potato cylinder is provided at the top of the support base,Potato cylinder bottom is provided with the corresponding transport tube of a circle,The rotating disc of a rotation is additionally provided in the support base,Circle extruding transfer dish corresponding with the transport tube is connected on the rotating disc,A cutter gland corresponding with the extruding transfer dish is respectively arranged on the first top pressure axis,The cutter of the corresponding setting of a row is respectively arranged in the cutter gland,A fixed turntable chamber corresponding with the fixing groove is provided at the top of the cutter gland,The fixed turntable intracavitary is provided with the fixed pin turntable of a rotation,Potato can be sliced by the cutter,And the potato block of different-thickness can be cut into simultaneously,Avoid the machine that different type of machines is needed during processing the potato block of different-thickness,It is further reduced the input of machine.
Description
Technical field
The present invention relates to a kind of potato slicers, and in particular to a kind of agricultural potato auto slice fixation machine, especially
It is related to a kind of potato block that can cut different-thickness simultaneously, and the potato block after cutting can be fixed, energy
The agriculture potato auto slice for enough preventing potato block broken fixes machine.
Background technology
Also the continuous development of mechanization of agriculture is further promoted while continuous development with level of agricultural production, wherein
The slicer of potato block is more and more in present agricultural machinery, since potato block is liked by more people so horse
The function of the slicer of bell potato chips is also more and more perfect, wherein being all profit mostly during present potato block machine work
Potato is sliced with cutter, wherein since consumer demand is different during being processed to potato block,
So just needing for potato block to be cut into different thickness, to meet the different taste of consumer, wherein carrying out using machine
Although can realize slice using traditional slicer during slice, there is problems：
1, different machines can only be converted during cutting the potato block of different-thickness to be sliced, it can not be same
As soon as it is sliced on machine, so different types is needed to complete, so the quantity of machine is just further increased, from
And increase the input cost of machine.
2, after being sliced using slicer, during potato block is further processed, due to
The broken of potato can be caused during being transported in dispatching and machine, added to just further cause potato block
Broken problem occurs during work, to influence the quality of processing and influence the mouthfeel of potato block.
It is therefore necessary to design a kind of agriculture potato auto slice fixation machine, to solve the above technical problems.
Invention content
The object of the present invention is to overcome the problems of the prior art, provides a kind of agriculture potato auto slice and fixes
Machine, the configuration of the present invention is simple can put into potato in the potato cylinder, so as to turning by the rotating disc
Kinetic energy is enough further driven to the rotation for squeezing transfer dish, defeated so as to make potato further drop into the extruding
It send in disk, the cutter gland of sliding is provided in the support base, cutter is provided in the cutter gland, from
And potato can be further set to be extruded in described cut during the extruding transfer dish drives potato rotation
On knife, so as to be cut to potato using the cutter, so as to the Ma Ling for cutting into different-thickness simultaneously
Potato, the input caused by so as to avoid cutting is completed using different machines on machine, and can be turned by the fixed pin
Dynamic rotation further drives the rotation of the fixed needle body, so as to can be further right by the fixed pin body
Potato block after cutting is fixed, so as to avoid traditional potato block in the state of loose caused by potato block
Broken problem occurs, to be further ensured that the mouthfeel of potato, while can also be further ensured that processing quality.
The invention is realized by the following technical scheme：
A kind of agricultural potato auto slice fixation machine, includes a firm banking, it is characterised in that：The firm banking
On be provided with a support base, potato cylinder is provided at the top of the support base, potato cylinder bottom is provided with one
Corresponding transport tube is enclosed, the rotating disc of a rotation is additionally provided in the support base, a circle is connected on the rotating disc
Extruding transfer dish corresponding with the transport tube is respectively arranged with a L-shaped conveying dish groove, energy on the extruding transfer dish
It is enough to put into potato in the potato cylinder, the rotating disc of rotation is provided in the support base, in the rotation
Extruding transfer dish corresponding with the transport tube is provided on disk, so as to can be into one by the rotation of the rotating disc
Step drive it is described squeeze transfer dish rotation, so as to make potato drop into the extruding transfer dish, so as into
One step carries out further transport process to potato.
It is provided with the first top pressure axis of circle sliding in the support base, one is respectively arranged on the first top pressure axis
Cutter gland corresponding with the extruding transfer dish is respectively arranged with the corresponding setting of a row in the cutter gland
Cutter, and the spacing between cutter set by the cutter gland is different, be provided with a circle in the support base cuts with described
The corresponding platen of knife gland, the platen drive the cutter gland sliding, be provided on the rotating disc circle with
The corresponding turntable indent of extruding transfer dish, the turntable indent drives the platen sliding, in the support base
It is provided with the first top pressure axis of circle sliding, a cutter gland is respectively arranged on the first top pressure axis, is cut described
A cutter is respectively arranged in knife gland, so as to can be to mistake that potato is conveyed using the extruding transfer dish
Further potato can be sliced using the cutter in journey, and cutter set by the cutter gland it
Between spacing it is different, so as to further realize the potato for cutting into different-thickness, so as to further avoid
The potato block that cutting different-thickness is completed using different machines, to be further reduced the input of machine.
The cutter gland is equipped with a fixing groove corresponding with the cutter, is set at the top of the cutter gland
It is equipped with a fixed turntable chamber corresponding with the fixing groove, the fixed pin that the fixed turntable intracavitary is provided with a rotation turns
Disk is provided with a circle fixed pin top pressures groove on the fixed pin turntable, one and the fixation is provided in the cutter gland
The corresponding fixed box for needle or pin of needle turntable, the fixed needle body of the interior setting of the fixed box for needle or pin, the fixed needle body and the fixed pin top
Indent is corresponding, and fixed pin slide opening corresponding with the fixing groove, the fixed pin are provided in the cutter gland
Body is corresponding with the fixed pin slide opening, after the cutter capable of being utilized to complete potato slices, can pass through the fixation
The rotation of needle turntable can further drive the rotation of the fixed needle body, so as to can be into using the fixed pin body
One step is inserted into potato slices, so as to which potato block is fixed using the fixed needle body, so as to
It further avoids traditional potato block and broken problem occurs, to be further ensured that the processing quality of potato block,
The mouthfeel of potato block is also improved simultaneously.
The rotating disc drives the fixed pin turntable rotation, can be simultaneously by the rotation of the rotating disc band
The rotation of the fixed pin turntable is moved, while can also be further driven to rotate while the extruding transfer dish, so as to
Realize slice and fixed synchronous progress.
Further, circle lifting sliding slot corresponding with the extruding transfer dish, institute are provided in the support base
State lifting the concave setting of sliding slot, and it is described lifting sliding slot both ends respectively include one be located in the support base first
Sliding cavity and one second sliding cavity, the T-shaped setting of the first sliding cavity are connected separately with one in institute on the first top pressure axis
The top pressure block slided in the first sliding cavity is stated, first bullet for suppressing the top pressure block is respectively arranged in first sliding cavity
Spring, is connected separately with a second top pressure axis slided in second sliding cavity on the platen, the first top pressure axis with
It is connected and fixed the corresponding connection of axis by one between the second top pressure axis, the axis that is connected and fixed is slided in the lifting sliding slot
It is dynamic, and an arc-shaped compressive plane is respectively arranged in the turntable indent, the platen is arranged in semi-circular in the extruding
It being slided on face, a planing surface corresponding with the compressive plane is additionally provided on the rotating disc, the planing surface is a flat surface,
And the platen slides on the planing surface, the platen can be enable in institute by the rotation of the rotating disc
Sliding in turntable indent is stated, so as to can further be squeezed the platen by the turntable indent, to
It can further make the platen that the extruding transfer dish be driven to do upper and lower sliding, so as to be fixed by the cutter
Sliding up and down for head can further make the cutter gland avoid the extruding transfer dish after completing to be sliced,
So as to avoid the extruding transfer dish from being clashed with the cutter gland.
Further, in the cutter gland respectively on be respectively arranged with cutting for a connection corresponding with the fixing groove
Film trap, the slice slot both sides respectively include a threaded hole being located in the cutter gland, and the threaded hole is interior respectively
It is provided with one and tightens bolt, a row is respectively set in the cutter, and is respectively arranged with one on the cutter both ends and is tightened with described
The corresponding through-hole of bolt, side by side the cutter tighten on bolt and slide described in both sides, and cutter described in each adjacent two it
Between be respectively arranged with one in the locating plate tightened and slided on bolt, the end for tightening bolt is respectively arranged with a compression
The hold-down head of the cutter, the cutter gland are provided at least three, and positioning set in each cutter gland
The thickness of piece is different, can further be adjusted between the slice by the locating plate of the setting different-thickness
Spacing, so as to further realize the purpose for being completed at the same time cutting different-thickness potato, so as to avoid completing to cut
The problem of potato of different-thickness needs different type of machines to complete is cut, to be further reduced the input of machine.
Further, the 4th turn rotated in the fixed turntable intracavitary is respectively arranged in the cutter gland
Axis, the fixed pin turntable are connected in the 4th shaft, and one the 5th turn is also respectively connected in the 4th shaft
It is respectively arranged with a 4th concave groove, the 4th shaft and institute in axis, the 4th shaft and the 5th shaft
It states the intersection of the 4th groove set by the 5th shaft to be correspondingly arranged, and two the 4th grooves are in respectively cross ten by one
The corresponding rotation connection of word shaft is connected separately with one in the cutter gland and corresponding with the 5th shaft suppresses
Tin, the swivel becket of a rotation is respectively arranged in the 5th shaft, described suppress passes through respectively between cylinder and the swivel becket
One encloses the 5th corresponding connection of spring, is connected separately with a first bevel gear in the 5th shaft, is arranged on the rotating disc
There is a fluted disc, first bevel gear engagement connection corresponding with the fluted disc respectively can be above and below the cutter gland
Sliding up and down for the first bevel gear can be further driven during sliding, so as to further make described
The engagement connection corresponding with the fluted disc of one bevel gear drives the fixed pin turntable rotation so as to further realize
Purpose, and the 5th shaft can be supported by the 5th spring, so as to avoid the first bevel gear
The connection that hardness occurs with the fluted disc, to utilize the 5th spring into row buffering.
Further, it is provided with a groove on the fixed box for needle or pin, a baffle, the baffle two is provided in the groove
A needle cavity is respectively constituted between side and the fixed box for needle or pin, the fixed needle body is located in the needle cavity side by side respectively, described solid
The bottom for determining box for needle or pin is connected with a fixed pin spring clip corresponding with the needle cavity, and the fixed pin spring clip is respectively arranged with
Two panels, and there are two a circle fixed pin top pressures groove is arranged side by side respectively, one is respectively arranged in the fixed pin top pressures groove
Disk, the end of the fixed needle body are connected separately with the syringe needle of a magnetic connection corresponding with the disk, the fixed pin
There are two slide opening settings, and a positioning disk corresponding with the fixed needle body, energy are respectively arranged on the fixed pin slide opening
Enough rotations that the fixed pin top pressures groove can be further driven during the fixed pin turntable rotates, so as to
Corresponding magnetic is carried out to the fixed needle body using the disk, so as to further by the fixed needle body magnetic
In the fixed pin top pressures groove, so as to further be conveyed to the fixed needle body, described in utilizing
Positioning disk is oriented to the fixed needle body, described solid so as to further be properly inserted the fixed needle body
Determine in needle slide opening, so as to ensure to the fixed needle body to be inserted into potato block.
Further, it is connected separately with a connecting shaft on the extruding transfer dish, the connecting shaft is connected respectively
On the rotating disc, the both sides for squeezing transfer dish are respectively arranged with a T-shaped sliding shoe, are gone back on the extruding transfer dish
It is provided with the sliding support disk of a sliding, the concave setting of the sliding support disk, and the both sides difference of the sliding support disk
It is provided with a support plate sliding slot corresponding with the sliding shoe, is passed through between the extruding transfer dish and the sliding support disk
The corresponding tension connection of one second spring, can convey potato by the extruding transfer dish, can be by Ma Ling
After potato is extruded on the blade, it can be slided on the extruding transfer dish by the sliding support disk, it can be into one
The guarantee of step can squeeze potato to the extruding transfer dish, and the sliding support disk is avoided to occur with the blade
Conflict, and the sliding support disk can be pulled using the second spring, it is described so as to further make
Disk is slidably supported to reset.
Further, a conveying tube inner chamber is provided in the transport tube, the both sides of the transport tube are respectively arranged with one
Concave third groove is provided with the slide damper of a sliding in the third groove, is respectively set on the slide damper
There is the baffle port of a connection corresponding with the conveying tube inner chamber, an extruding disk, institute is also respectively connected on the transport tube
It states to squeeze in disk and is respectively arranged with a first concave groove, the slide damper slides in first groove, and institute
It states and is respectively arranged with a third spring for suppressing the slide damper in the first groove, a cunning is provided in the third groove
Dynamic slide damper is provided with a baffle port on the slide damper, so as to can be into using the baffle port
One step makes potato pass through the baffle port further to be conveyed, so as to make potato drop into the extruding
In transfer dish.
The slide damper bottom is connected separately with a link block, and one second shaft is respectively arranged on the link block,
The first pressing plate of a rotation is respectively arranged in second shaft, first pressing plate is opposite with the extruding transfer dish respectively
It answers, the bottom of the slide damper is respectively arranged with one second groove, and a third shaft is respectively arranged in second groove,
It is respectively arranged with the second pressing plate of a rotation in the third shaft, second pressing plate squeezes first pressing plate, and described the
The 4th spring of a tension second pressing plate is respectively arranged in two grooves, it can be in the process of the extruding transfer dish rotation
In can further connection corresponding with the first pressing plate progress, so as to make described in the extruding transfer dish drives
The sliding of first pressing plate, so as to be further driven to the sliding of the slide damper, can make the baffle port with it is described
Delivery lumen carries out corresponding connection, so as to make potato automatically drop into the extruding transfer dish, and energy
Enough extruding that further first pressing plate can be continued during the extruding transfer dish is rotated further, and energy
It is enough that first pressing plate can further be made to carry out corresponding rotation under the active force of the 4th spring, so as to
First pressing plate is set to be detached from the extruding transfer dish, so as to further reset the slide damper.
Further, it is provided with a slot in the potato cylinder, one is connected on the rotating disc in the cylinder slot
The first rotating shaft of rotation is connected with a conveying runner rotated in the cylinder slot, the conveying runner in the first rotating shaft
Tapered setting, and the conveying runner is corresponding with the transport tube, can be into one by the rotation of the rotating disc
Step drives the rotation of the first rotating shaft, so as to be further driven to the rotation of the conveying runner, so as to utilize
Stating conveying runner can further be transported to potato in the transport tube.
Further, between the firm banking and the support base by a corresponding connection of the second supporting rack of circle,
First supporting rack of circle is provided in the support base, first supporting rack is connected respectively in potato cylinder
On, a motor is provided on the firm banking, the motor drives the turn disc, and described second can be utilized to support
Frame is supported the support base, first supporting rack can be utilized to be supported potato cylinder, and energy
The rotation of the rotating disc enough can be further driven by the rotation of the motor.
Further, the delivery lumen of a connection corresponding with the fixing groove, institute are provided in the cutter gland
The delivery pipe for being provided with a connection corresponding with the delivery lumen in cutter gland is stated, potato can be completed to be sliced
After, can further conveying working process further can be carried out by the delivery pipe by the conveyor chamber.
Compared with prior art, the beneficial effects of the invention are as follows：Potato can be put into institute by the configuration of the present invention is simple
It states in potato cylinder, so as to which the rotation for squeezing transfer dish can be further driven to by the rotation of the rotating disc,
It is further dropped into the extruding transfer dish so as to make potato pass through the transport tube, in the support base
It is provided with the cutter gland of sliding, cutter is provided in the cutter gland, so as in the extruding transfer dish
Potato can be further set to be extruded on the cutter during driving potato rotation, so as to cut described in utilizing
Knife cuts potato, and the cutter gland can be slided in the support base, can be in the cutter
Gland can further make the extruding transfer dish carry out alternate corresponding connection with the cutter during sliding,
So as to complete to be sliced potato, and the spacing between cutter set in each cutter gland is not
Together, so as to the potato for cutting into different-thickness simultaneously, caused by completing cutting using different machines
Input on different machines, and the rotation that can be rotated by the fixed pin further drives turning for the fixed needle body
It is dynamic, so as to which further the potato block after cutting can be fixed by the fixed pin body, so as to avoid
Broken problem occurs for traditional potato block potato block caused by the state of loose, to be further ensured that Ma Ling
The mouthfeel of potato, while can also be further ensured that processing quality.
Description of the drawings
The present invention will be further described below in conjunction with the accompanying drawings.
Fig. 1 is that agricultural potato auto slice of the embodiment of the present invention fixes machine overall structure diagram.
Fig. 2 is cutter gland overall structure diagram of the embodiment of the present invention.
Fig. 3 is cutter gland overall structure side view of the embodiment of the present invention.
Fig. 4 is that the embodiment of the present invention squeezes transfer dish and cutter gland overall structure vertical view.
Fig. 5 be transport tube of the embodiment of the present invention with squeeze transfer dish and with cutter general arrangement schematic.
Fig. 6 is cutter arrangement schematic diagram of the embodiment of the present invention.
Fig. 7 is that the embodiment of the present invention squeezes transfer dish and sliding support disk overall structure diagram.
Fig. 8 is transport tube of the embodiment of the present invention and slide damper overall structure diagram.
Fig. 9 is rotating disc of the embodiment of the present invention and platen overall structure diagram.
Figure 10 is fixed pin turntable overall structure diagram of the embodiment of the present invention.
Figure 11 is slide damper partial structural diagram of the embodiment of the present invention.
In figure：1 firm banking, 2 support bases, 3 first supporting racks, 4 potatos cylinder, 5 slots, 6 motors, 7 rotating discs, 8
First rotating shaft, 9 conveying runners, 10 transport tubes, 11 connecting shafts, 12 squeeze transfer dish, 13 turntable indents, 14 lifting sliding slots, 15 the
One sliding cavity, 16 first top pressure axis, 17 top pressure blocks, 18 platens, 19 second top pressure axis, 20 second sliding cavities, 21 first springs, 22
Cutter gland, 23 cutters, 24 be connected and fixed axis, 25 slice slots, 26 threaded holes, 27 tighten bolt, 28 hold-down heads, 29 positioning
Piece, 30 conveying dish grooves, 31 sliding support disks, 32 second springs, 33 delivery lumens, 34 conveying tube inner chambers, 35 slide dampers, 36 gears
Plate port, 37 squeeze disk, 38 first grooves, 39 third springs, 40 second grooves, 41 link blocks, 42 second shafts, 43 thirds and turn
Axis, 44 first pressing plates, 45 second pressing plates, 46 the 4th springs, 47 support plate sliding slots, 48 sliding shoes, 49 third grooves, 50, which are fixed, to be turned
Disk chamber, 51 fix box for needle or pins, 52 needle cavities, 53 fixed pin turntables, 54 fixed pin slide openings, 55 positioning disks, 56 fixing grooves, 57 delivery pipes,
Needle body, 62 the 4th shafts, 63 fixed pin spring clips, 64 first cone teeth are fixed in 58 fixed pin top pressures grooves, 59 disks, 60 syringe needles, 61
Wheel, 65 fluted discs, 66 the 5th shafts, 67 suppress cylinder, 68 swivel beckets, 69 the 5th springs, 70 the 4th grooves, 71 cross shafts, 73 squeeze
Pressure surface, 74 planing surfaces, 75 baffles, 76 second supporting racks.
Specific implementation mode
As shown in Figures 1 to 10, a kind of agriculture potato auto slice fixes machine, includes a firm banking 1, described solid
Determine to be provided with a support base 2 on pedestal 1,2 top of the support base is provided with potato cylinder 4,4 bottoms of the potato cylinder
Portion is provided with the corresponding transport tube 10 of a circle, and the rotating disc 7 of a rotation, the rotation are additionally provided in the support base 2
It is connected with circle extruding transfer dish 12 corresponding with the transport tube 10 on disk 7, is respectively set on the extruding transfer dish 12
There is a L-shaped conveying dish groove 30, a support base 2 is provided on the firm banking 1, on the top of the support base 2
Portion is provided with potato cylinder 4, described so as to put into potato during being sliced to potato
In potato cylinder 4, and the bottom of potato cylinder 4 is provided with a circle transport tube 10, the number that the transport tube 10 is arranged
Amount can be configured according to the needs of design, and can be carried out to potato using the transport tube 10 further defeated
It send, the rotating disc 7 of a rotation is provided in the support base 2, a circle is connected on the rotating disc 7 and squeezes transfer dish
12, a conveying dish groove 30 is respectively arranged on the extruding transfer dish 12, it is described to squeeze the quantity and institute that transfer dish 12 is arranged
The quantity for stating the setting of transport tube 10 is identical, and can be transported to the conveying using 10 further potato of the transport tube
In dish groove 30, the potato in the potato cylinder 4 can be made automatically to fall into during the rotating disc 7 rotates
Into the conveying dish groove 30, so as to can further drive potato during the rotating disc 7 rotates
Rotation, to which potato be further processed.
It is provided with the first top pressure axis 16 of circle sliding in the support base 2, is set respectively on the first top pressure axis 16
It is equipped with a cutter gland 22 corresponding with the extruding transfer dish 12, a row is respectively arranged in the cutter gland 22
The cutter 23 of corresponding setting, and the spacing between cutter 23 set by the cutter gland 22 is different, in the support base 2
It is provided with circle platen 18 corresponding with the cutter gland 22, the platen 18 drives the cutter gland 22 to slide
It is dynamic, circle turntable indent 13 corresponding with the extruding transfer dish 12, the turntable indent 13 are provided on the rotating disc 7
It drives the platen 18 to slide, the first top pressure axis 16 of circle sliding, first top pressure is provided in the support base 2
The quantity that axis 16 is arranged is identical as the quantity that the transport tube 10 is arranged, and the first top pressure axis 16 can be in the support
Sliding above and below in pedestal 2, is respectively arranged with a cutter gland 22, the cutter gland on the first top pressure axis 16
22 can carry out upper and lower sliding during the first top pressure axis 16 slides up and down, and the cutter gland 22 is divided
It is not corresponding with the extruding transfer dish 12, so as to the energy during extruding transfer dish 12 drives potato rotation
So that potato is extruded in the cutter gland 22, is respectively arranged with that a row is corresponding to be set in the cutter gland 22
The cutter 23 set, the cutter 23 is respectively arranged with a row, and is uniformly arranged, so as to utilize the extruding transfer dish 12
It is further that potato is driven to be extruded on the cutter 23, so as to be sliced to potato using cutter 23, to
Achieve the purpose that slice, and the cutter 23 that a row is uniformly arranged is both provided in each cutter gland 22, and it is each
The spacing between cutter 23 is different side by side set by the cutter gland 22, cutter side by side set by each cutter gland 22
Spacing between 23 can be arranged according to potato slices thickness, be cut not so as to what is realized using the different cutter 23 of spacing
The potato block of stack pile cuts the purpose of the potato block of different-thickness while so as to realize, avoid using different
Machine carries out putting into the problem of increasing caused by potato slices, to further reduce input, and at the support bottom
A platen 18 that can be slided in the support base 2, the quantity that the platen 18 is arranged and the cutter are provided on seat 2
The quantity of gland 22 is identical, and the platen 18 can be further driven in the support base 2 during sliding
It is slided up and down in the synchronization of the cutter gland 22, is provided with a circle turntable indent 13 on the rotating disc 7, described turn
The quantity that disk indent 13 is arranged is identical as the extruding transfer dish 12, and the position of the turntable indent 13 setting is squeezed with described
Press the position of transfer dish 12 corresponding, so as to the platen 18 be made in institute during the rotating disc 7 rotates
Sliding in turntable indent 13 is stated, so as to further push the pressure during rotation by the turntable indent 13
The sliding of about 18 disk can be described so as to further drive synchronizing for the cutter gland 22 to slide up and down
After potato on extruding transfer dish 12 is extruded on the cutter 23, it can continue to move by the extruding transfer dish 12
Make, can achieve the purpose that slice later so as to which further potato is extruded on cutter 23, due to the rotation
Disk 7 drives the rotation for squeezing transfer dish 12, and the cutter gland 22 is static, and can be in the rotating disc
7 continue action during further drive the platen 8 in the support base 2 above and below sliding, so as into
One step drives sliding up and down for the cutter gland 22, so as to the cutter be made to fix after completing to be sliced
First 22 automatically fall, so as to the rotation for making the extruding transfer dish 12 continue, to prevent squeezing transfer dish 12 and institute
The collision that hardness occurs for cutter gland 22 is stated, to further ensure being carried out continuously to slice.
The cutter gland 22 is equipped with a fixing groove 56 corresponding with the cutter 23, the cutter gland 22
Top be provided with a fixed turntable chamber 50 corresponding with the fixing groove 56, be provided with one turn in the fixed turntable chamber 50
Dynamic fixed pin turntable 53 is provided with a circle fixed pin top pressures groove 58, the cutter gland 22 on the fixed pin turntable 53
On be provided with a fixed box for needle or pin 51 corresponding with the fixed pin turntable 53, the fixed needle body of setting in the fixed box for needle or pin 51
61, the fixed needle body 61 is corresponding with the fixed pin top pressures groove 58, and be provided in the cutter gland 22 with it is described
56 corresponding fixed pin slide opening 54 of fixing groove, the fixed needle body 61 is corresponding with the fixed pin slide opening 54, is cut described
A fixing groove 56 is provided in knife gland 22, the fixing groove 56 is corresponding with the cutter 23, so as to by potato
It completes after capable of being further expressed to the fixing groove 56 after being sliced, a fixation is provided in the cutter gland 22
Turntable chamber 50 is provided with the fixed pin turntable 53 of a rotation, on the fixed pin turntable 53 in the fixed turntable chamber 50
It is provided with a circle fixed pin top pressures groove 58,58 L-shaped setting of the fixed pin top pressures groove, and in the cutter gland 22
It is provided with a fixation box for needle or pin 51, fixed needle body 61 is provided in the fixed box for needle or pin 51, the fixed needle body 61 can be side by side
It is located in the fixed box for needle or pin 51, and further can automatically be fallen into fixed needle body 61 by the fixed box for needle or pin 51
Into the fixed pin top pressures groove 58, so as to be further driven to the fixed pin by the rotation of the fixed pin turntable 53
The rotation of body 61 can further be pushed the fixed needle body 61 to rotate by the fixed pin top pressures groove 58, be cut described
It is provided with fixed pin slide opening 54 in knife gland 22,54 connection corresponding with the fixing groove 56 of the fixed pin slide opening, to
It can further make the fixation during the fixed needle body 61 can be driven to rotate by the fixed pin turntable 53
Needle body 61 is automatically inserted into the fixed pin slide opening 54, so as to further make the fixed needle body 61 be inserted into completion
It, can be further to potato so as to which further the potato block of slice is fixed in the potato of slice
Processing is further processed in piece, so as to prevent that broken problem occurs during potato block is in transport, from
And can further ensure to potato block to occur to be crushed during processing, so as to ensure the mouth to potato block
Sense, and the processing quality that also can further ensure to potato block.
The rotating disc 7 drives the fixed pin turntable 53 to rotate, and can be during the rotating disc 7 rotates
The rotation of the drive fixed dials 53 that can be simultaneously, is sliced potato and is fixed so as to further realize
Be carried out continuously.
As shown in Fig. 1, Fig. 5 and Fig. 9, it is corresponding with the extruding transfer dish 12 that a circle is provided in the support base 2
Lifting sliding slot 14, the 14 concave setting of lifting sliding slot, and the both ends of the lifting sliding slot 14 have respectively included one and are located at
The first sliding cavity 15 in the support base 2 and one second sliding cavity 20, first sliding cavity, 15 T-shaped setting are described
A top pressure block 17 slided in first sliding cavity 15, first sliding cavity 15 are connected separately on first top pressure axis 16
It is inside respectively arranged with first spring 21 for suppressing the top pressure block 17, one is connected separately with described second on the platen 18
The the second top pressure axis 19 slided in sliding cavity 20 passes through a connection between the first top pressure axis 16 and the second top pressure axis 19
24 corresponding connection of fixing axle, it is described to be connected and fixed the sliding in the lifting sliding slot 14 of axis 24, and in the turntable indent 13
It is respectively arranged with an arc-shaped compressive plane 73, the platen 18 is slided in semi-circular setting on the compressive plane 73, described
A planing surface 74 corresponding with the compressive plane 73 is additionally provided on rotating disc 7, the planing surface 74 is a flat surface, and described
Platen 18 slides on the planing surface 74, and circle lifting sliding slot 14, the lifting sliding slot are provided in the support base 2
14 concave settings, and the spacing that the lifting sliding slot 14 is arranged is corresponding with the extruding transfer dish 12, in the lifting
The both ends of sliding slot 14 respectively include the first sliding cavity 15 and one second sliding cavity 20 that one is located in the support base 2, institute
State the connection corresponding with second sliding cavity 20 of the first sliding cavity 15, first sliding cavity, 15 T-shaped setting, described second
20 cylindrical setting of sliding cavity, the first top pressure axis 16 can slide in first sliding cavity 15, and described
A top pressure block 17 is connected separately on first top pressure axis 16, the top pressure block 17 can slide in first sliding cavity 15,
One first spring 21 is provided in first sliding cavity 15, first spring 21 can carry out bullet to the top pressure block 17
Pressure, it is described so as to further make so as to further further be suppressed the cutter gland 22
Cutter gland 22 can make 12 top pressure of extruding transfer dish in the cutter gland 22 after jacking up, in the platen 18
On be connected separately with one second top pressure axis 19, the second top pressure axis 19 can the sliding in second sliding cavity 20, to
The sliding in second sliding cavity 20 of the second top pressure axis 19 can be utilized, can further be ensured to the platen 18
It is normal slide up and down, so as to be supported to the platen 18 using the second top pressure axis 19, and described the
Be connected and fixed axis 24 by one between one top pressure axis 16 and the second top pressure axis 19 and carry out corresponding connection, so as to
The platen 18 can be further driven to the synchronous slide of the second top pressure axis 19 during sliding up and down, so as into
One step drives synchronizing for the cutter gland 22 to slide up and down, and can be in the first top pressure axis 16 and described second
Top pressure axis 19 can drive the synchronous slide for being connected and fixed axis 24 simultaneously during sliding up and down, described so as to make
It is connected and fixed axis 24 to slide up and down in the lifting sliding slot 14, one is respectively arranged in the turntable indent 13 and arc-shaped is squeezed
Pressure surface 73, the platen 18 distinguishes semicircular in shape setting, and the platen 18 can slide on the compressive plane 73, to
Further the platen 18 can be squeezed using the turntable indent 13 during the rotating disc 7 rotates
Pressure drives the cutter gland so as to further drive the platen 18 to do upper and lower sliding so as to realize
22 purposes slided up and down, so as to avoid the extruding conveying using sliding up and down for the cutter gland 22 to reach
The purpose of disk 12, and a planing surface 74 is provided on the rotating disc 7, the planing surface 74 is a plane, so as to
It is enough the platen 18 to be made in planing surface 74 first during the turntable indent 13 squeezes the platen 18
On do linear slide, after further making the extruding transfer dish 12 that potato is extruded on cutter 23, energy
It is enough further to be moved in a straight line by the extruding transfer dish 12, so as to which potato is cut into the cutter 23,
Then the platen 18 is further squeezed by the turntable indent 13, so as to make the cutter gland 22
Upper and lower sliding is done, can further make 22 downward sliding of cutter gland after cutting potato
To avoid the extruding transfer dish 12, so as to further make during the rotating disc 7 rotates
The platen 18 slides into next turntable indent 13, while can be accessed using the extruding transfer dish 12 described defeated
The potato for sending cylinder 10 to automatically fall into, so as to realize continuous auto slice function.
As shown in Figure 4 and Figure 6, in the cutter gland 22 respectively on to be respectively arranged with one opposite with the fixing groove 56
The slice slot 25 that should be connected to, slice 25 both sides of slot respectively include a threaded hole being located in the cutter gland 22
26, one is respectively arranged in the threaded hole 26 and tightens bolt 27, and a row, and 23 liang of the cutter is respectively set in the cutter 23
It is respectively arranged with one on end and tightens the corresponding through-hole of bolt 27 with described, the cutter 23 tightens bolt described in both sides side by side
It is slided on 27, and is respectively arranged with one between cutter 23 described in each adjacent two in the locating plate tightened and slided on bolt 27
29, the end for tightening bolt 27 is respectively arranged with the hold-down head 28 of the compression cutter 23, the cutter gland 22
It is provided at least three, and each the thickness of set locating plate 29 is different in the cutter gland 22, is fixed in the cutter
All film traps 25,25 connection corresponding with the fixing groove 56 of the slice slot, so as in profit are respectively arranged on first 22
After completing slice with cutter 23, potato block can be further set to be pressed into the fixing groove 56, in the slice slot
25 both sides are respectively arranged with a threaded hole 26 being located in the cutter gland 22, are respectively set in the threaded hole 26
Bolt 27 is tightened, the cutter 23 is respectively arranged with a row, and is respectively arranged with one at the both ends of the cutter 23 and leads to
Hole, so as to by through-hole by the cutter 23 penetrate into it is described tighten on bolt 27, the cutter 23 described in every adjacent two panels
Between be respectively arranged with a locating plate 29, can utilize the locating plate 29 further adjust between the cutter 23 away from
From, so as to further adjust the slice thickness of potato block, and the cutter gland 22 is provided at least three,
The quantity that the cutter gland 22 is arranged can be configured according to the needs of design, can be by the cutter in the present embodiment
Gland 22 is set as 4, and the thickness of set locating plate 29 is different in each cutter gland 22, can rotate
Tightening can be connected by tightening the corresponding engagement of bolt 27 and the threaded hole 26 during bolt 27, so as into
One step compresses cutter 23 by the hold-down head 28, so as to further make each cutter gland 22
Spacing between set cutter 23 is different, so as to further realize while cutting the potato block of different-thickness.
As shown in Figure 1 to Figure 3, a rotation in the fixed turntable chamber 50 is respectively arranged in the cutter gland 22
The 4th shaft 62, the fixed pin turntable 53 is connected in the 4th shaft 62, also divides in the 4th shaft 62
It is not connected with one the 5th shaft 66, one the concave the 4th is respectively arranged in the 4th shaft 62 and the 5th shaft 66
Groove 70, the 4th shaft 62 is intersected with the 4th groove 70 set by the 5th shaft 66 to be correspondingly arranged, and described in two
4th groove 70 is in respectively cross 71 corresponding rotation connection of cross shaft by one, is distinguished in the cutter gland 22
Be connected with one it is corresponding with the 5th shaft 66 suppress cylinder 67, be respectively arranged in the 5th shaft 66 rotation turn
Rotating ring 68, it is described to suppress between cylinder 67 and the swivel becket 68 respectively through the corresponding connection of the 5th spring 69 of circle, described the
It is connected separately with a first bevel gear 64 in five shafts 66, a fluted disc 65, the first bevel gear are provided on the rotating disc 7
64 engagement connections corresponding with the fluted disc 65 respectively, are respectively arranged with the 4th turn of a rotation in the cutter gland 22
Axis 62, the 4th shaft 62 rotation, the fixed pin turntable 53 can be connected to institute in the fixed turntable chamber 50
It states in the 4th shaft 62, is rotated so as to be further driven to the fixed pin turntable 53 by the 4th shaft 62, in institute
It states and one the 5th shaft 66 is also respectively connected in the 4th shaft 62, in the 4th shaft 62 and the 5th shaft 66 respectively
It is provided with a 4th concave groove 70, and the 4th shaft 62 and the 4th groove 70 set by the 5th shaft 66
Intersection is correspondingly arranged, and it is in criss-cross cross shaft 71, the cross shaft that one is provided in two the 4th grooves 70
71 can rotate in the 4th shaft 62 in the 5th shaft 66, so as to pass through the rotation of the 5th shaft 66
It can be further driven to the synchronous rotation of the 4th shaft 62, being respectively arranged with one in the cutter gland 22 suppresses cylinder
67, it is described to suppress 67 cylindrical setting of cylinder, and the 5th shaft 66 can suppress rotation in cylinder 67 described, described
It is provided with the swivel becket 68 of a rotation in 5th shaft 66, is suppressed between cylinder 67 and the swivel becket 68 through a circle the described
Five springs, 69 corresponding connection, so as to be supported to the 5th shaft 66 by circle the 5th spring 69,
A fluted disc 65 is provided on the rotating disc 7, the fluted disc 65 is arranged in circular, is respectively set in the 5th shaft 66
There is a first bevel gear 64, so as to can further drive institute during the cutter gland 22 slides up and down
Sliding up and down for first bevel gear 64 is stated, so as to be slided into and the extruding transfer dish 12 in the cutter gland 22
It can further make the first bevel gear 64 carry out corresponding engagement with the fluted disc 65 after position to connect, and energy
Enough further the 5th shaft 66 can be supported using the 5th spring 69, so as to avoid first cone
The connection of hardness occurs with the fluted disc 65 for gear 64, to be connected into row buffering using the 5th spring 69, so as to
The rotation that the fixed pin turntable 53 can be further driven by the rotation of the rotating disc 7, so as to by cutting
Knife 23 is completed fixed needle body 61 are further inserted into potato slices using the fixed pin turntable 53 after slice
It is interior, it is broken to prevent potato block from occurring to further be fixed to potato block using the fixed needle body 61
The problem of, it can make the described 5th during the engagement connection corresponding with the fluted disc 65 of the first bevel gear 64
Corresponding inclination occurs for shaft 66, so as to further play the role of cushioning supportive by the 5th spring 69,
And it can further ensure to the 5th shaft 66 normally to turn after run-off the straight by cross shaft 71
It is dynamic.
As shown in Fig. 2, Fig. 3 and Figure 10, it is provided with a groove on the fixed box for needle or pin 51, a gear is provided in the groove
Plate 75 respectively constitutes a needle cavity 52 between 75 both sides of the baffle and the fixed box for needle or pin 51, the difference of fixed needle body 61 is simultaneously
Row is located in the needle cavity 52, and the bottom of the fixed box for needle or pin 51 is connected with a fixed pin corresponding with the needle cavity 52 and suppresses
Piece 63, the fixed pin spring clip 63 are respectively arranged with two panels, and the circle fixed pin top pressures groove 58 is arranged side by side has respectively
Two, a disk 59 is respectively arranged in the fixed pin top pressures groove 58, the end of the fixed needle body 61 is connected separately with one
The syringe needle 60 of magnetic connection corresponding with the disk 59, there are two the settings of fixed pin slide opening 54, and the fixed pin is slided
It is respectively arranged with a positioning disk 55 corresponding with the fixed needle body 61 on hole 54, one is provided on the fixed box for needle or pin 51
Concave groove is provided with a baffle 75 in groove, and the baffle 75 is connected on the fixed box for needle or pin 51,
And a needle cavity 52 is respectively constituted between the both sides of the baffle 75 and the fixed box for needle or pin 51, the fixed needle body 61 side by side according to
It is secondary to be correspondingly arranged in the needle cavity 52, and the needle cavity 52 can connection corresponding with the fixed turntable chamber 50, described
The bottom of fixed box for needle or pin 51 is connected with a fixed pin spring clip 63 corresponding with the needle cavity 52, the fixed pin spring clip 63
It is respectively arranged with two panels, does not have fixed pin spring clip 63 described in two panels to be obliquely arranged, so as to be fixed using described in two panels
Needle spring clip 63 stops the fixed pin 61, to prevent the fixed pin 61 from automatically dropping into the fixed turntable
In chamber 50, the fixed pin spring clip 63 is constituted for rubber material, and is enclosed the fixed pin top pressures groove 58 one and be provided with two
Circle, and 58 structure of fixed pin top pressures groove described in each two is in a row, it is not corresponding with the needle cavity 52 respectively, in the fixed pin
A disk 59 is respectively arranged in top pressures groove 58, the disk 59 is magnet, is respectively set in the end of the fixed needle body 61
Have a syringe needle 60, the syringe needle 60 can magnetic connection corresponding with the disk 59, so as in the fixed pin turntable
During 53 rotations, it can pass through the disk 59 into one after the disk 59 turns to the needle position
Step carries out magnetic to the syringe needle 60, so as to make the fixed pin 61 automatically drop into the fixed pin top pressures groove 58
It is interior, so as to which the rotation of the fixed pin 61, Neng Gou can be further driven to by the rotation of the fixed pin turntable 53
After fixed pin is inserted into potato block, it can make during the fixed pin turntable 53 is rotated further described
Syringe needle 60 is detached from the disk 59, so as to complete the purpose that potato block is fixed, and the fixed pin slide opening 54
There are two settings, and a positioning disk 55 is respectively arranged on the fixed pin slide opening 54, so as in the fixed pin turntable
The rotation that the fixed needle body 61 can be driven during 53 rotations, so as to further will using the positioning disk 55
The fixed needle body 61 is poured into the fixed pin slide opening 54, so as to ensure to be inserted into horse to by the fixed needle body 61
In bell potato chips, so as to which further potato block is fixed.
As shown in Fig. 5, Fig. 7 and Fig. 8, a connecting shaft 11, the connecting shaft are connected separately on the extruding transfer dish 12
11 are connected respectively on the rotating disc 7, and the both sides for squeezing transfer dish 12 are respectively arranged with a T-shaped sliding shoe
48, described squeeze is additionally provided with the sliding support disk 31 of a sliding on transfer dish 12, the 31 concave setting of sliding support disk,
And the both sides of the sliding support disk 31 are respectively arranged with a support plate sliding slot 47 corresponding with the sliding shoe 48, it is described to squeeze
It presses by corresponding the tensions connection of a second spring 32 between transfer dish 12 and the sliding support disk 31, in extruding conveying
A connecting shaft 11 is connected separately on disk 12, so as to further be connected to the rotating disc 7 by the connecting shaft 11
On, so as to which the rotation for squeezing transfer dish 12 can be further driven to during the rotating disc 7 rotates, and
It is respectively arranged with a T-shaped sliding shoe 48 in the both sides for squeezing transfer dish 12, is also set on the extruding transfer dish 12
It is equipped with the sliding support disk 31 of a sliding, the 31 concave setting of sliding support disk, the sliding support disk 31 is squeezed with described
Pressure transfer dish 12 constitutes the conveying dish groove 30, and a T-shaped branch is respectively arranged in the both sides of the sliding support disk 31
Support plate sliding slot 47, the support plate sliding slot 47 can slide on the sliding shoe 48, can potato be passed through the conveying
Dish groove 30 is further conveyed, can be after the extruding transfer dish 12 turns to 23 position of the cutter, Neng Goutong
It crosses the sliding support disk 31 to slide on the extruding transfer dish 12, be expressed to potato so as to further described
On cutter 23, to complete to cut, and second is provided between the extruding transfer dish 12 and the sliding support disk 31
Spring 32, can be after the sliding support disk 31 slides in place, can be by the elastic force pressure of the second spring 32, can
Further the sliding support disk 31 is pulled, so as to make the sliding support disk 31 reset, so as to pass through
The conveying dish groove 30 further conveys potato.
As shown in Fig. 5, Fig. 8 and Figure 11, a conveying tube inner chamber 34 is provided in the transport tube 10, the transport tube 10
Both sides are respectively arranged with a concave third groove 49, and the slide damper 35 of a sliding is provided in the third groove 49,
The baffle port 36 of a connection corresponding with the conveying tube inner chamber 34, the conveying are respectively arranged on the slide damper 35
An extruding disk 37 is also respectively connected on cylinder 10, a first concave groove 38, institute are respectively arranged in the extruding disk 37
The sliding in first groove 38 of slide damper 35 is stated, and is respectively arranged with one in first groove 38 and suppresses the sliding
The third spring 39 of baffle 35 is provided with a conveying tube inner chamber 34 in the transport tube 10, so as to pass through the conveying
Tube inner chamber 34 conveys potato, and is respectively arranged with a concave third groove in the both sides of the transport tube 10
49, the third groove 49 connection corresponding with the conveying tube inner chamber 34 is provided with a cunning in the third groove described in both sides
Dynamic slide damper 35 is provided with a baffle port 36, the baffle port 36 and the conveying on the slide damper 35
34 corresponding connection of tube inner chamber further conveys so as to make potato pass through the baffle port 36, in the conveying
It is connected separately with an extruding disk 37 on cylinder 10, a first concave groove 38, institute are respectively arranged in the extruding disk 37
Stating slide damper 35 can slide in first groove 38, and a third bullet is also respectively provided in first groove 38
Spring 39, so as to can further be suppressed the slide damper 35 by the third spring 39, so as to
The baffle port 36 is set to misplace with the conveying tube inner chamber 34, to prevent potato is random from being flowed from the baffle port 36
Go out.
35 bottom of the slide damper is connected separately with a link block 41, and one second is respectively arranged on the link block 41
Shaft 42, is respectively arranged with the first pressing plate 44 of a rotation in second shaft 42, first pressing plate 44 respectively with it is described
Extruding transfer dish 12 is corresponding, and the bottom of the slide damper 35 is respectively arranged with one second groove 40, second groove 40
It is inside respectively arranged with a third shaft 43, is respectively arranged with the second pressing plate 45 of a rotation in the third shaft 43, described
Two pressing plates 45 squeeze first pressing plate 44, and the of a tension second pressing plate 45 is respectively arranged in second groove 40
Four springs 46 are connected separately with a link block 41 in the bottom of the slide damper 35, are respectively set on the link block 41
Have one second shaft 42, be respectively arranged with the first pressing plate 44 of a rotation in second shaft 42, first pressing plate 44 with
The extruding transfer dish 12 is corresponding, so as to pass through described first during the extruding transfer dish 12 rotates
Pressing plate 44 can further drive the sliding of the slide damper 35, be also respectively set in the bottom of the slide damper 35
There is one second groove 40, a third shaft 43 is respectively arranged in second groove 40, divides in the third shaft 43
It is not provided with the second pressing plate 45 of a rotation, and is respectively arranged with a tension second pressing plate in second groove 40
45 the 4th spring 46, so as to being tensed to second pressing plate 45 respectively using the 4th spring 46, to
Further first pressing plate 44 can be compressed by second pressing plate 45, it can be in the extruding transfer dish 12
During pulling first pressing plate 44, the sliding of the slide damper 35 can be further driven, so as to make
It is corresponding with the conveying tube inner chamber 34 to state baffle port 36, it is described so as to further make potato automatically drop into
It conveys in dish groove 30, institute can be more than by squeezing the power of transfer dish 12 during the extruding transfer dish 12 is rotated further
The tightening force for stating the 4th spring 46, so as to further make first pressing plate 44 that corresponding rotation occur, so as to
It is enough that the extruding transfer dish 12 is further made to be detached from first pressing plate 44, so as to pass through the third spring
39 elastic force pressure further can carry out spring to the slide damper 35, so as to make the slide damper 35 reset,
So as to further prevent potato from passing through the random landing of the baffle port 36.
As shown in Figure 1, being provided with a slot 5 in the potato cylinder 4, one is connected on the rotating disc 7 in the cylinder
The first rotating shaft 8 rotated in slot 5 is connected with a conveying runner 9 rotated in the cylinder slot 5 in the first rotating shaft 8, described
9 tapered setting of runner is conveyed, and the conveying runner 9 is corresponding with the transport tube 10, the setting in potato cylinder 4
There is a slot 5, so as to put into potato in the cylinder slot 5, and is connected with one first turn on the rotating disc 7
Axis 8, so as to which the rotation of the first rotating shaft 8 can be further driven to by the rotation of the rotating disc 7, described first
A conveying runner 9,9 tapered pipe of conveying runner setting, so as in 9 turns of the conveying runner are provided in shaft 8
Potato can be transported in the transport tube 10 into one in dynamic process, so as to which potato is passed through the transport tube
10 are further conveyed.
As shown in Figure 1, corresponding by second supporting rack 76 of circle between the firm banking 1 and the support base 2
It connects, is provided with first supporting rack of circle 3 in the support base 2, first supporting rack 3 is connected respectively in the horse
On bell potato cylinder 4, a motor 6 is provided on the firm banking 1, the motor 6 drives the rotating disc 7 to rotate, described solid
Determine to be provided with second supporting rack of circle 76 on pedestal 1, so as to utilize second supporting rack 76 further to the branch
Support pedestal 2 is supported, and first supporting rack of circle 3 is connected in the support base 2, so as to utilize described the
One supporting rack 3 is supported fixation to potato cylinder 4, and a motor 6 is provided in the firm banking 1, can be passed through
The rotation of the motor 6 can further drive the synchronous rotation of the rotating disc 7.
As shown in Fig. 2, being provided in the cutter gland 22 in the conveying of a connection corresponding with the fixing groove 56
Chamber 33 is provided with the delivery pipe 57 of a connection corresponding with the delivery lumen 33 in the cutter gland 22, is cut described
The delivery lumen 33 of a connection corresponding with the fixing groove 56 is provided in knife gland 22, so as to described solid in utilization
Determine after potato is fixed in needle body 61, can further be passed in the delivery lumen 33, so as into one
Step is passed in the delivery pipe 57, so as to which processing is further processed to potato.
Embodiment provided above is the better embodiment of the present invention, only is used for facilitating illustrating the present invention, not to this hair
It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the put forward skill of the present invention
In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and
Without departing from the technical feature content of the present invention, in the range of still falling within the technology of the present invention feature.
Claims (10)
- Include a firm banking 1. a kind of agricultural potato auto slice fixes machine, it is characterised in that：On the firm banking It is provided with a support base, potato cylinder is provided at the top of the support base, potato cylinder bottom is provided with a circle Corresponding transport tube is additionally provided with the rotating disc of a rotation in the support base, be connected on the rotating disc circle with The transport tube corresponding extruding transfer dish is respectively arranged with a L-shaped conveying dish groove on the extruding transfer dish；It is provided with the first top pressure axis of circle sliding in the support base, one and institute are respectively arranged on the first top pressure axis It states and squeezes the corresponding cutter gland of transfer dish, cutting for the corresponding setting of a row is respectively arranged in the cutter gland Knife, and the spacing between cutter set by the cutter gland is different, and a circle and the cutter are provided in the support base The corresponding platen of gland, the platen drive the cutter gland sliding, a circle and institute are provided on the rotating disc It states and squeezes the corresponding turntable indent of transfer dish, the turntable indent drives the platen sliding；The cutter gland is equipped with a fixing groove corresponding with the cutter, is provided at the top of the cutter gland One fixed turntable chamber corresponding with the fixing groove, the fixed turntable intracavitary are provided with the fixed pin turntable of a rotation, institute It states and is provided with a circle fixed pin top pressures groove on fixed pin turntable, one and the fixed pin turntable are provided in the cutter gland Corresponding fixed box for needle or pin, the fixed needle body of the interior setting of the fixed box for needle or pin, the fixed needle body and the fixed pin top pressures groove phase It is corresponding, and fixed pin slide opening corresponding with the fixing groove is provided in the cutter gland, the fixed needle body and institute It is corresponding to state fixed pin slide opening；The rotating disc drives the fixed pin turntable rotation.
- 2. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：In the support base It is provided with circle lifting sliding slot corresponding with the extruding transfer dish, the concave setting of the lifting sliding slot, and the lifting The both ends of sliding slot respectively include the first sliding cavity that one is located in the support base and one second sliding cavity, and described first slides The T-shaped setting of chamber is moved, a top pressure block slided in first sliding cavity is connected separately on the first top pressure axis, it is described It is respectively arranged with first spring for suppressing the top pressure block in first sliding cavity, one is connected separately with described on the platen The the second top pressure axis slided in second sliding cavity, is connected and fixed between the first top pressure axis and the second top pressure axis by one The corresponding connection of axis, the axis that is connected and fixed slides in the lifting sliding slot, and is respectively arranged with one in the turntable indent Arc-shaped compressive plane, the platen are slided in semi-circular setting on the compressive plane, and one is additionally provided on the rotating disc Planing surface corresponding with the compressive plane, the planing surface are a flat surface, and the platen slides on the planing surface.
- 3. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：The cutter gland It is upper respectively on be respectively arranged with the slice slot of a connection corresponding with the fixing groove, the slice slot both sides have respectively included one The threaded hole being located in the cutter gland is respectively arranged with one in the threaded hole and tightens bolt, and the cutter is set respectively A row is set, and is respectively arranged with one on the cutter both ends and tightens the corresponding through-hole of bolt with described, the cutter exists side by side It tightens on bolt and slides described in both sides, and be respectively arranged with one between cutter described in each adjacent two and slided on bolt in described tighten Dynamic locating plate, the end for tightening bolt are respectively arranged with the hold-down head of the compression cutter, the cutter gland It is provided at least three, and each the thickness of set locating plate is different in the cutter gland.
- 4. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：The cutter gland Inside be respectively arranged with one the fixed turntable intracavitary rotation the 4th shaft, the fixed pin turntable is connected to described the In four shafts, one the 5th shaft is also respectively connected in the 4th shaft, the 4th shaft is divided in the 5th shaft It is not provided with a 4th concave groove, the 4th shaft should be set with the 4th groove cross-pair set by the 5th shaft It sets, and two the 4th grooves are in respectively the cross corresponding rotation connection of cross shaft by one, the cutter is fixed Head on be connected separately with one it is corresponding with the 5th shaft suppress cylinder, be respectively arranged with a rotation in the 5th shaft Swivel becket, it is described to suppress between cylinder and the swivel becket respectively through the corresponding connection of the 5th spring of circle, the 5th shaft On be connected separately with a first bevel gear, be provided with a fluted disc on the rotating disc, the first bevel gear respectively with the tooth The corresponding engagement connection of disk.
- 5. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：On the fixed box for needle or pin It is provided with a groove, a baffle is provided in the groove, one is respectively constituted between the baffle both sides and the fixed box for needle or pin Needle cavity, the fixed needle body are located in the needle cavity side by side respectively, and the bottom of the fixed box for needle or pin is connected with one and the needle cavity Corresponding fixed pin spring clip, the fixed pin spring clip are respectively arranged with two panels, and the circle fixed pin top pressures groove point Not Bing Paishezhi there are two, a disk is respectively arranged in the fixed pin top pressures groove, the end of the fixed needle body connects respectively It is connected to the syringe needle of a magnetic connection corresponding with the disk, there are two the fixed pin slide opening settings, and the fixed pin is slided A positioning disk corresponding with the fixed needle body is respectively arranged on hole.
- 6. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：The extruding transfer dish On be connected separately with a connecting shaft, the connecting shaft is connected respectively on the rotating disc, it is described squeeze transfer dish two Side is respectively arranged with a T-shaped sliding shoe, described to squeeze the sliding support disk that a sliding is additionally provided on transfer dish, the cunning The concave setting of dynamic support plate, and the both sides of the sliding support disk are respectively arranged with a support corresponding with the sliding shoe Disk sliding slot is connected between the extruding transfer dish and the sliding support disk by the corresponding tension of a second spring.
- 7. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：It is set in the transport tube It is equipped with a conveying tube inner chamber, the both sides of the transport tube are respectively arranged with a concave third groove, in the third groove It is provided with the slide damper of a sliding, a connection corresponding with the conveying tube inner chamber is respectively arranged on the slide damper Baffle port, is also respectively connected an extruding disk on the transport tube, and described squeeze is respectively arranged with one concave the in disk One groove, the slide damper slide in first groove, and be respectively arranged in first groove one suppress it is described The third spring of slide damper；The slide damper bottom is connected separately with a link block, and one second shaft is respectively arranged on the link block, described The first pressing plate of a rotation is respectively arranged in second shaft, first pressing plate is corresponding with the extruding transfer dish respectively, The bottom of the slide damper is respectively arranged with one second groove, and a third shaft, institute are respectively arranged in second groove State the second pressing plate that a rotation is respectively arranged in third shaft, second pressing plate squeezes first pressing plate, and described second The 4th spring of a tension second pressing plate is respectively arranged in groove.
- 8. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：In the potato cylinder It is provided with a slot, a first rotating shaft rotated in the cylinder slot is connected on the rotating disc, is connected in the first rotating shaft Be connected to a conveying runner rotated in the cylinder slot, the tapered setting of the conveying runner, and the conveying runner with it is described Transport tube is corresponding.
- 9. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：The firm banking with The corresponding connection of the second supporting rack is enclosed by one between the support base, a circle first support is provided in the support base Frame, first supporting rack are connected respectively on potato cylinder, and a motor is provided on the firm banking, described Motor drives the turn disc.
- 10. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：The cutter is fixed The delivery lumen of a connection corresponding with the fixing groove is provided in head, be provided in the cutter gland one with it is described defeated Send the delivery pipe of the corresponding connection in inner cavity.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710175772.2A CN106914933B (en) | 2017-03-22 | 2017-03-22 | A kind of agricultural potato auto slice fixation machine |
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| CN201710175772.2A CN106914933B (en) | 2017-03-22 | 2017-03-22 | A kind of agricultural potato auto slice fixation machine |
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| CN106914933A CN106914933A (en) | 2017-07-04 |
| CN106914933B true CN106914933B (en) | 2018-10-16 |
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| CN109746962B (en) * | 2019-01-16 | 2021-01-08 | 安徽鹤康药业有限公司 | Medical treatment rod-shaped medicinal material processing segmentation equipment convenient to improve segmentation efficiency |
| CN110103278A (en) * | 2019-05-28 | 2019-08-09 | 青岛理工大学 | A kind of self-positioning limit feed device of taper and method |
| CN111972679B (en) * | 2020-08-21 | 2022-09-16 | 青岛仟喜佰馅餐饮管理有限公司 | Automatic food processing device |
| CN113276175B (en) * | 2021-05-08 | 2022-09-06 | 泉州好节奏科技有限公司 | Radish slicing machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| IT1152315B (en) * | 1982-08-03 | 1986-12-31 | Alfredo Cavalli | MULTI-PURPOSE APPARATUS FOR MINCING, SLICING OR CUTTING IN TOUCHES OR STICKS VEGETABLES AND FOOD PRODUCTS |
| JP2847826B2 (en) * | 1989-12-04 | 1999-01-20 | 松下電器産業株式会社 | Vegetable cutting machine |
| JP2824435B2 (en) * | 1996-02-29 | 1998-11-11 | 株式会社中部コーポレーション | Vegetable slicer |
| CN202071106U (en) * | 2011-04-28 | 2011-12-14 | 陈州全 | Automatic vegetable cutting device |
| CN202378096U (en) * | 2011-11-28 | 2012-08-15 | 深圳市联创三金电器有限公司 | Food dicing machine |
| CN204800738U (en) * | 2015-05-29 | 2015-11-25 | 金华职业技术学院 | Continuous extrusion formula stem tuber filament cutter |
| CN205058092U (en) * | 2015-09-26 | 2016-03-02 | 金乡县鲁源食品有限公司 | Garlic piece processingequipment |
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