CN106914933A

CN106914933A - A kind of agriculture potato auto slice fixes machine

Info

Publication number: CN106914933A
Application number: CN201710175772.2A
Authority: CN
Inventors: 都函
Original assignee: Qingdao Zhixiang Patent Technology Development Co Ltd
Current assignee: Inner Mongolia Xinyu Seed Industry Co ltd
Priority date: 2017-03-22
Filing date: 2017-03-22
Publication date: 2017-07-04
Anticipated expiration: 2037-03-22
Also published as: CN106914933B

Abstract

Machine is fixed the invention discloses a kind of agriculture potato auto slice,Include a firm banking,A support base is provided with the firm banking,The support base top is provided with potato cylinder,The potato cylinder bottom is provided with the corresponding transport tube of a circle,The rotation dish of a rotation is additionally provided with the support base,The circle extruding transfer dish corresponding with the transport tube is connected with the rotation dish,A cutting knife gland corresponding with the extruding transfer dish is respectively arranged with the first top pressure axle,The cutting knife of the corresponding setting of a row is respectively arranged with the cutting knife gland,A fixed rotating disk chamber corresponding with the fixing groove is provided with the top of the cutting knife gland,The fixed pin rotating disk of a rotation is provided with the fixed rotating disk chamber,Potato can be cut into slices by the cutting knife,And can simultaneously cut into the potato block of different-thickness,Avoid the machine that different type of machines is needed during the potato block of processing different-thickness,Further reduce the input of machine.

Description

A kind of agriculture potato auto slice fixes machine

Technical field

The present invention relates to a kind of potato slicer, and in particular to a kind of agriculture potato auto slice fixes machine, especially Be related to it is a kind of can be while cut the potato block of different-thickness, and the potato block that will can be cut after finishing is fixed, energy Enough prevent the broken agriculture potato auto slice of potato block from fixing machine.

Background technology

Also continuing to develop for mechanization of agriculture is further promoted while being continued to develop with level of agricultural production, wherein The slicer of potato block is more and more in present agricultural machinery, because potato block is liked so horse by more people The function of the slicer of bell potato chips is also more and more perfect, wherein being all mostly profit during present potato block machine works Potato is cut into slices with cutting knife, wherein because consumer demand is different during being processed to potato block, So be accomplished by for potato block being cut into different thickness, the taste different to meet consumer, wherein being carried out using machine Although section can be realized using traditional slicer during section, there is problems：

1st, different machines can only be converted during the potato block of different-thickness is cut to be cut into slices, can not be at same Cut into slices on machine, so be accomplished by different types to complete, so the quantity of machine is just further increased, so as to increase The input cost of machine is added.

2nd, carried out using slicer after section finishes, during being further processed to potato block, due to The broken of potato can be caused during being transported in dispatching and machine, so as to just further cause potato block add There is broken problem during work, so as to have influence on the quality of processing and have influence on the mouthfeel of potato block.

Machine is fixed it is therefore necessary to design a kind of agriculture potato auto slice, to solve above-mentioned technical problem.

The content of the invention

The object of the present invention is to overcome the problems of the prior art, there is provided a kind of agriculture potato auto slice is fixed Machine, simple structure of the present invention can be put into the potato cylinder potato such that it is able to by turning for the rotation dish Kinetic energy is enough further driven to the rotation of the extruding transfer dish such that it is able to potato is further dropped into the extruding defeated Send in disk, the cutting knife gland of slip is provided with the support base, cutting knife is provided with the cutting knife gland, from And potato is squeezed in described cutting during the extruding transfer dish drives potato to rotate On knife such that it is able to potato is cut using the cutting knife such that it is able at the same the Ma Ling for cutting into different-thickness Potato, so as to avoid the input completed using different machines on the machine that cutting is caused, and can be turned by the fixed pin Dynamic rotation further drives the rotation of the fixed needle body such that it is able to can be further right by the fixed needle body Potato block after cutting is fixed, so as to avoid the potato block that traditional potato block is caused in the state of loose There is broken problem, so as to be further ensured that the mouthfeel of potato, while can also be further ensured that crudy.

The present invention is achieved through the following technical solutions：

A kind of agriculture potato auto slice fixes machine, includes a firm banking, it is characterised in that：Set on the firm banking A support base is equipped with, the support base top is provided with potato cylinder, and the potato cylinder bottom is provided with a circle phase Corresponding transport tube, is additionally provided with the rotation dish of a rotation in the support base, a circle and institute are connected with the rotation dish The corresponding extruding transfer dish of transport tube is stated, a L-shaped conveying dish groove is respectively arranged with the extruding transfer dish, can be by Potato is put into the potato cylinder, the rotation dish of rotation is provided with the support base, in the rotation dish It is provided with the extruding transfer dish corresponding with the transport tube such that it is able to being capable of further band by the rotation of the rotation dish The rotation of the dynamic extruding transfer dish such that it is able to make potato drop into the extruding transfer dish such that it is able to further Further transport process is carried out to potato.

The first top pressure axle of circle slip is provided with the support base, one is respectively arranged with the first top pressure axle The cutting knife gland corresponding with the extruding transfer dish, is respectively arranged with the corresponding setting of a row in the cutting knife gland Spacing between cutting knife, and cutting knife set by the cutting knife gland is different, a circle is provided with the support base and is cut with described The corresponding platen of knife gland, the platen drives the cutting knife gland to slide, be provided with the rotation dish circle with The corresponding rotating disk indent of the extruding transfer dish, the rotating disk indent drives the platen to slide, in the support base The first top pressure axle of circle slip is provided with, a cutting knife gland is respectively arranged with the first top pressure axle, cut described A cutting knife is respectively arranged with knife gland such that it is able to the mistake that can be conveyed to potato using the extruding transfer dish Further potato can be cut into slices using the cutting knife in journey, and cutting knife set by the cutting knife gland it Between spacing it is different such that it is able to further realize cutting into the potato of different-thickness such that it is able to further avoid The potato block of cutting different-thickness is completed using different machines, so as to further reduce the input of machine.

The cutting knife gland is provided with a fixing groove corresponding with the cutting knife, is set at the top of the cutting knife gland A fixed rotating disk chamber corresponding with the fixing groove is equipped with, the fixed pin that a rotation is provided with the fixed rotating disk chamber turns Disk, is provided with a circle and fixes pin top pressure groove on the fixed pin rotating disk, one is provided with the cutting knife gland with the fixation Fixed needle body, the fixed needle body and the fixed pin top are set in the corresponding fixed box for needle or pin of pin rotating disk, the fixed box for needle or pin Indent is corresponding, and the fixed pin slide opening corresponding with the fixing groove, the fixed pin are provided with the cutting knife gland Body is corresponding with the fixed pin slide opening, can using the cutting knife complete potato slices after, can be by the fixation The rotation of pin rotating disk can further drive the rotation of the fixed needle body such that it is able to can be entered using the fixed needle body One step is inserted into potato slices such that it is able to using the fixed needle body potato block is fixed such that it is able to Further avoid traditional potato block and broken problem occurs, so as to be further ensured that the crudy of potato block, The mouthfeel of potato block is also improved simultaneously.

The rotation dish drives the fixed pin rotating disk to rotate, can by the rotation dish rotate can be simultaneously band The rotation of the fixed pin rotating disk is moved, while can also be further driven to be rotated while the extruding transfer dish such that it is able to Realize section and fixed synchronous carrying out.

Further, the circle lifting chute corresponding with the extruding transfer dish, institute are provided with the support base State lifting the concave setting of chute, and it is described lifting chute two ends include respectively 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 to one in institute on the first top pressure axle The top pressure block slided in the first sliding cavity is stated, first bullet for suppressing the top pressure block is respectively arranged with first sliding cavity Spring, be connected on the platen one in second sliding cavity slide the second top pressure axle, the first top pressure axle with It is connected the corresponding connection of axle by one between the second top pressure axle, the axle that is connected is sliding in the lifting chute It is dynamic, and a curved compressive plane is respectively arranged with the rotating disk indent, the platen is arranged on the extruding in semi-circular Slided on face, a planing surface corresponding with the compressive plane be additionally provided with the rotation dish, the planing surface is a plane, And the platen is slided on the planing surface, the platen can be enable in institute by the rotation of the rotation dish State in rotating disk indent and slide such that it is able to further the platen can be extruded by the rotating disk indent, so that The platen can be further set to drive the extruding transfer dish to do upper and lower slip such that it is able to be fixed by the cutting knife Sliding up and down for head can further make the cutting knife gland avoid the extruding transfer dish after section is completed, So as to avoid the extruding transfer dish from being clashed with the cutting knife gland.

Further, in the cutting knife gland respectively on be respectively arranged with cutting for a connection corresponding with the fixing groove Film trap, the section groove both sides include in a screwed hole being located in the cutting knife gland, the screwed hole respectively respectively It is provided with one and tightens bolt, the cutting knife is respectively provided with and is respectively arranged with one on a row, and the cutting knife two ends and is tightened with described The corresponding through hole of bolt, side by side the cutting knife tightened described in both sides on bolt slide, and per the two neighboring cutting knife it Between be respectively arranged with one it is described tighten on bolt slide spacer, the end for tightening bolt is respectively arranged with a compression The hold-down head of the cutting knife, the cutting knife gland is provided with positioning set at least 3, and each described cutting knife gland The thickness of piece is different, can further be adjusted between the section by the spacer of the setting different-thickness Spacing such that it is able to the further purpose for realizing completing cutting different-thickness potato simultaneously, completes to cut so as to avoid The problem that the potato of different-thickness needs different type of machines to complete is cut, so as to further reduce the input of machine.

Further, the 4th turn rotated in the fixed rotating disk chamber is respectively arranged with the cutting knife gland Axle, the fixed pin rotating disk is connected in the 4th rotating shaft, and one the 5th turn has been also respectively connected with the 4th rotating shaft Axle, a 4th concave groove, the 4th rotating shaft and institute are respectively arranged with the 4th rotating shaft and the 5th rotating shaft The intersection of the 4th groove set by the 5th rotating shaft is stated to be correspondingly arranged, and two the 4th grooves are in respectively cross ten by one Word rotating shaft is corresponding to rotate connection, one is connected in the cutting knife gland and corresponding with the 5th rotating shaft is suppressed Cylinder, is respectively arranged with the swivel becket of a rotation in the 5th rotating shaft, described suppressing passes through respectively between cylinder and the swivel becket One the 5th corresponding connection of spring of circle, is connected to a first bevel gear in the 5th rotating shaft, set in the rotation dish There is a fluted disc, first bevel gear engagement connection corresponding with the fluted disc respectively can be upper and lower in the cutting knife gland Sliding up and down for the first bevel gear can be further driven during slip such that it is able to further make described The one bevel gear engagement connection corresponding with the fluted disc such that it is able to further realize driving what the fixed pin rotating disk was rotated Purpose, and the 5th rotating shaft can be supported by the 5th spring, so as to avoid the first bevel gear There is rigid connection with the fluted disc, so as to enter row buffering using the 5th spring.

Further, a groove is provided with the fixed box for needle or pin, a baffle plate, the baffle plate two is provided with 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 a circle fixed pin top pressure groove has been arranged side by side two respectively, and one is respectively arranged with the fixed pin top pressure groove Disk, the end of the fixed needle body is connected to the syringe needle of a magnetic connection corresponding with the disk, the fixed pin Slide opening is provided with and a positioning disk corresponding with the fixed needle body, energy is respectively arranged with two, and the fixed pin slide opening The rotation of the fixed pin top pressure groove enough can be further driven during the fixed pin rotating disk is rotated such that it is able to Corresponding magnetic is carried out to the fixed needle body using the disk such that it is able to further by the fixed needle body magnetic In the fixed pin top pressure groove such that it is able to further the fixed needle body is conveyed such that it is able to using described Positioning disk is oriented to the fixed needle body such that it is able to be further properly inserted the fixed needle body described solid Determine in pin slide opening such that it is able to which guarantee is inserted into potato block to the fixed needle body.

Further, a connecting shaft is connected on the extruding transfer dish, the connecting shaft is connected respectively In the rotation dish, the both sides of the extruding transfer dish are respectively arranged with a T-shaped sliding shoe, on the extruding transfer dish also It is provided with the both sides difference of the sliding support disk of a slip, the concave setting of sliding support disk, and the sliding support disk A support plate chute corresponding with the sliding shoe is provided with, is passed through between the extruding transfer dish and the sliding support disk One second spring is corresponding to tense connection, potato can be conveyed by the extruding transfer dish, can be by Ma Ling After potato is squeezed on the blade, can be slided on the extruding transfer dish by the sliding support disk, one can be entered The guarantee of step can be extruded potato to the extruding transfer dish, it is to avoid the sliding support disk occurs with the blade Conflict, and the sliding support disk can be pulled using the second spring such that it is able to further make described Sliding support disk resets.

Further, a conveying tube inner chamber is provided with the transport tube, the both sides of the transport tube are respectively arranged with one The 3rd concave groove, is provided with the slide damper of a slip in the 3rd groove, be respectively provided with the slide damper There is the baffle plate port of a connection corresponding with the conveying tube inner chamber, an extruding disk, institute have been also respectively connected with the transport tube State and a first concave groove is respectively arranged with extruding disk, the slide damper is slided in first groove, and institute State and the 3rd spring for suppressing the slide damper is respectively arranged with the first groove, a cunning is provided with the 3rd groove Dynamic slide damper, is provided with a baffle plate port on the slide damper such that it is able to can be entered using the baffle plate port The potato that makes of one step is further conveyed by the baffle plate port such that it is able to potato is dropped into the extruding In transfer dish.

The slide damper bottom is connected to a contiguous block, and one second rotating shaft is respectively arranged with the contiguous block, The first pressing plate of a rotation is respectively arranged with second rotating shaft, first pressing plate is relative with the extruding transfer dish respectively Should, the bottom of the slide damper is respectively arranged with one second groove, and one the 3rd rotating shaft is respectively arranged with second groove, It is respectively arranged with the second pressing plate of a rotation in 3rd rotating shaft, second pressing plate extrudes first pressing plate, described the The 4th spring of a tension second pressing plate is respectively arranged with two grooves, the process that can be rotated in the extruding transfer dish In further can carry out corresponding connection with first pressing plate such that it is able to drive the extruding transfer dish described The slip of the first pressing plate such that it is able to be further driven to the slip of the slide damper, can make the baffle plate port with it is described Delivery lumen carries out corresponding connection such that it is able to potato is automatically dropped into the extruding transfer dish, and energy Enough extruding that further can continue to first pressing plate during the extruding transfer dish is rotated further, and energy Enough can further make first pressing plate under the active force of the 4th spring carries out corresponding rotation such that it is able to First pressing plate is set to depart from the extruding transfer dish such that it is able to the slide damper is resetted.

Further, a groove is provided with potato cylinder, one is connected with the rotation dish in the cylinder groove The first rotating shaft of rotation, is connected with a conveying runner rotated in the cylinder groove, the conveying runner in the first rotating shaft Tapered setting, and the conveying runner is corresponding with the transport tube, can enter one by the rotation of the rotation dish Step drives the rotation of the first rotating shaft such that it is able to be further driven to the rotation of the conveying runner such that it is able to utilize institute Stating conveying runner further can be transported in the transport tube potato.

Further, by a circle corresponding connection of the second support frame between the firm banking and the support base, First support frame of circle is provided with the support base, first support frame is connected respectively in potato cylinder On, a motor is provided with the firm banking, the motor drives the turn disc, can be using the described second support Frame is supported to the support base, potato cylinder can be supported using first support frame, and energy The rotation of the rotation dish can further enough be driven by the rotation of the motor.

Further, the delivery lumen of a connection corresponding with the fixing groove, institute are provided with the cutting knife gland The delivery pipe that a connection corresponding with the delivery lumen is provided with cutting knife gland is stated, can potato be completed to cut into slices After, working process further can further be conveyed by the delivery pipe by the conveyor chamber.

Compared with prior art, the beneficial effects of the invention are as follows：Simple structure of the present invention, can put into institute by potato State in potato cylinder such that it is able to the rotation of the extruding transfer dish can be further driven to by the rotation of the rotation dish, So as to make potato further be dropped into the extruding transfer dish by the transport tube, in the support base The cutting knife gland of slip is provided with, cutting knife is provided with the cutting knife gland such that it is able in the extruding transfer dish Driving potato can further be such that potato is squeezed on the cutting knife during rotating such that it is able to be cut using described Knife is cut to potato, and the cutting knife gland can be slided in the support base, can be in the cutting knife The extruding transfer dish can further be made during gland slip carries out alternate corresponding connection with the cutting knife, Spacing between cutting knife so as to complete to cut into slices potato and set in each described cutting knife gland is not Together such that it is able at the same the potato that cuts into different-thickness, complete cutting using different machines and cause so as to avoid 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 such that it is able to by the fixed needle body can further to cutting after potato block be fixed, so as to avoid There is broken problem in the potato block that traditional potato block is caused in the state of loose, so as to be further ensured that Ma Ling The mouthfeel of potato, while can also be further ensured that crudy.

Brief description of the drawings

The present invention will be further described below in conjunction with the accompanying drawings.

Fig. 1 is that embodiment of the present invention agricultural potato auto slice fixes machine overall structure diagram.

Fig. 2 is embodiment of the present invention cutting knife gland overall structure diagram.

Fig. 3 is embodiment of the present invention cutting knife gland overall structure side view.

Fig. 4 is embodiment of the present invention extruding transfer dish and cutting knife gland overall structure top view.

Fig. 5 be embodiment of the present invention transport tube with extruding transfer dish and with cutting knife general arrangement schematic.

Fig. 6 is that embodiment of the present invention cutting knife arranges schematic diagram.

Fig. 7 is embodiment of the present invention extruding transfer dish and sliding support disk overall structure diagram.

Fig. 8 is embodiment of the present invention transport tube and slide damper overall structure diagram.

Fig. 9 is embodiment of the present invention rotation dish and platen overall structure diagram.

Figure 10 is that the embodiment of the present invention fixes pin rotating disk overall structure diagram.

Figure 11 is embodiment of the present invention slide damper partial structural diagram.

In figure：1 firm banking, 2 support bases, 3 first support frames, 4 potatos cylinder, 5 grooves, 6 motors, 7 rotation dish, 8 First rotating shaft, 9 conveying runners, 10 transport tubes, 11 connecting shafts, 12 extruding transfer dish, 13 rotating disk indents, 14 lifting chutes, 15 the One sliding cavity, 16 first top pressure axles, 17 top pressure blocks, 18 platens, 19 second top pressure axles, 20 second sliding cavities, 21 first springs, 22 Cutting knife gland, 23 cutting knifes, 24 be connected axle, 25 section grooves, 26 screwed 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 extruding disks, 38 first grooves, 39 the 3rd springs, 40 second grooves, 41 contiguous blocks, 42 second rotating shafts, 43 the 3rd turns Axle, 44 first pressing plates, 45 second pressing plates, 46 the 4th springs, 47 support plate chutes, 48 sliding shoes, 49 the 3rd grooves, 50 are fixed and are turned Disk chamber, 51 fix box for needle or pins, 52 needle cavities, 53 fix pin rotating disks, 54 fix pin slide openings, 55 positioning disks, 56 fixing grooves, 57 delivery pipes, 58 fix pin top pressure groove, 59 disks, 60 syringe needles, 61 fixation needle bodies, 62 the 4th rotating shafts, 63 fixation pin spring clips, 64 first cone teeth Cylinder, 68 swivel beckets, 69 the 5th springs, 70 the 4th grooves, 71 cross rotating shafts, 72 are suppressed in wheel, 65 fluted discs, 66 the 5th rotating shafts, 67 Two support frames, 73 compressive planes, 74 planing surfaces, 75 baffle plates.

Specific embodiment

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 base 1, the top of the support base 2 is provided with potato cylinder 4,4 bottoms of potato cylinder Portion is provided with the corresponding transport tube 10 of a circle, and the rotation dish 7 of a rotation, the rotation are additionally provided with the support base 2 The circle extruding transfer dish 12 corresponding with the transport tube 10 is connected with disk 7, is respectively provided with the extruding transfer dish 12 There is a L-shaped conveying dish groove 30, a support base 2 is provided with the firm banking 1, on the top of the support base 2 Portion is provided with potato cylinder 4 such that it is able to can be put into potato during being cut into slices to potato described 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 set Amount according to being configured the need for design, and can be carried out further defeated using the transport tube 10 to potato Send, the rotation dish 7 of a rotation is provided with the support base 2, circle extruding transfer dish is connected with the rotation dish 7 12, a conveying dish groove 30 is respectively arranged with the extruding transfer dish 12, quantity and institute that the extruding transfer dish 12 is set The quantity for stating the setting of transport tube 10 is identical, and can be transported to the conveying using the further potato of the transport tube 10 In dish groove 30, the potato in the potato cylinder 4 can be made automatically to fall into during the rotation dish 7 is rotated To in the conveying dish groove 30 such that it is able to can further drive potato during the rotation dish 7 is rotated Rotate, so as to be further processed to potato.

The first top pressure axle 16 of circle slip is provided with the support base 2, is set respectively on the first top pressure axle 16 A cutting knife gland 22 corresponding with the extruding transfer dish 12 is equipped with, a row is respectively arranged with the cutting knife gland 22 Spacing between the cutting knife 23 of corresponding setting, and cutting knife 23 set by the cutting knife gland 22 is different, in the support base 2 The circle platen 18 corresponding with the cutting knife gland 22 is provided with, the platen 18 drives the cutting knife gland 22 to slide It is dynamic, the circle rotating disk indent 13 corresponding with the extruding transfer dish 12, the rotating disk indent 13 are provided with the rotation dish 7 Drive the platen 18 to slide, the first top pressure axle 16 of circle slip, first top pressure are provided with the support base 2 The quantity that axle 16 is set is identical with the quantity that the transport tube 10 is set, and the first top pressure axle 16 can be in the support Upper and lower slip in base 2, is respectively arranged with a cutting knife gland 22, the cutting knife gland on the first top pressure axle 16 22 can carry out upper and lower slip, and 22 points of the cutting knife gland during the first top pressure axle 16 is slided up and down It is not corresponding with the extruding transfer dish 12 such that it is able to the energy during the extruding transfer dish 12 drives potato to rotate Potato is squeezed in the cutting knife gland 22, be respectively arranged with that a row is corresponding to be set in the cutting knife gland 22 The cutting knife 23 put, the cutting knife 23 is respectively arranged with a row, and is uniformly arranged such that it is able to using the extruding transfer dish 12 It is further to drive potato to be squeezed on the cutting knife 23 such that it is able to potato is cut into slices using cutting knife 23, so that Reach the purpose of section, and the cutting knife 23 that a row is uniformly arranged is both provided with each described cutting knife gland 22, and each Spacing between the set cutting knife 23 side by side of the cutting knife gland 22 is different, the set cutting knife side by side of each described cutting knife gland 22 Spacing between 23 can be set according to potato slices thickness such that it is able to be cut not using what the different cutting knife 23 of spacing was realized The potato block of stack pile such that it is able to the purpose of the potato block of different-thickness is cut while realization, it is to avoid using different Machine carries out the problem of the input increase that potato slices are caused, so that input is further reduced, and at the support bottom A platen 18 that can be slided in the support base 2, quantity and the cutting knife that the platen 18 is set are provided with seat 2 Can be further driven to during the quantity of gland 22 is identical, and the platen 18 is slided in the support base 2 The cutting knife gland 22 it is synchronous on slide up and down, a circle rotating disk indent 13, described turn are provided with the rotation dish 7 The quantity that disk indent 13 is set is identical with the extruding transfer dish 12, and the position that the rotating disk indent 13 is set is squeezed with described Press the position of transfer dish 12 corresponding such that it is able to can make the platen 18 in institute during the rotation dish 7 is rotated State in rotating disk indent 13 and slide such that it is able to the pressure is further promoted during rotation by the rotating disk indent 13 Slip of the disk about 18 such that it is able to further drive the synchronization of the cutting knife gland 22 to slide up and down, can be described After potato on extruding transfer dish 12 is squeezed on the cutting knife 23, can be moved by the continuation of the extruding transfer dish 12 Make such that it is able to which further potato is squeezed on cutting knife 23 can reach the purpose of section later, due to the rotation Disk 7 drives the rotation of the extruding transfer dish 12, and the cutting knife gland 22 is static, and can be in the rotation dish 7 continuation further drive the upper and lower slip in the support base 2 of the platen 8 during acting such that it is able to enter The drive cutting knife gland 22 of one step is slided up and down such that it is able to can fix the cutting knife after section is completed First 22 automatically fall such that it is able to the rotation for continuing the extruding transfer dish 12, so as to prevent extruding transfer dish 12 and institute The collision that cutting knife gland 22 occurs hardness is stated, so as to further ensure being carried out continuously to section.

The cutting knife gland 22 is provided with a fixing groove 56 corresponding with the cutting knife 23, the cutting knife gland 22 Top be provided with a fixed rotating disk chamber 50 corresponding with the fixing groove 56, is provided with one turn in the fixed rotating disk chamber 50 Dynamic fixed pin rotating disk 53, is provided with a circle and fixes pin top pressure groove 58, the cutting knife gland 22 on the fixed pin rotating disk 53 On be provided with a fixed box for needle or pin 51 corresponding with the fixed pin rotating disk 53, fixed needle body is set in the fixed box for needle or pin 51 61, the fixed needle body 61 is corresponding with the fixed pin top pressure groove 58, and be provided with the cutting knife gland 22 with it is described The corresponding fixed pin slide opening 54 of fixing groove 56, the fixed needle body 61 is corresponding with the fixed pin slide opening 54, is cut described A fixing groove 56 is provided with knife gland 22, the fixing groove 56 is corresponding with the cutting knife 23 such that it is able to by potato After completing further be expressed to the fixing groove 56 after cutting into slices, a fixation is provided with the cutting knife gland 22 Rotating disk chamber 50, is provided with the fixed pin rotating disk 53 of a rotation, on the fixed pin rotating disk 53 in the fixed rotating disk chamber 50 It is provided with a circle and fixes pin top pressure groove 58, the L-shaped setting of the fixed pin top pressure groove 58, and in the cutting knife gland 22 A fixation box for needle or pin 51 is provided with, fixed needle body 61 is provided with 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 can automatically falls into fixed needle body 61 by the way that the fixed box for needle or pin 51 is further To in the fixed pin top pressure groove 58 such that it is able to be further driven to the fixed pin by the rotation of the fixed pin rotating disk 53 The rotation of body 61, can further promote the fixed needle body 61 to rotate by the fixed pin top pressure groove 58, be cut described Fixed pin slide opening 54, the fixed pin slide opening 54 and the corresponding connection of the fixing groove 56 are provided with knife gland 22, so that Can further make the fixation during the rotation of fixed needle body 61 can be driven by the fixed pin rotating disk 53 Needle body 61 is automatically inserted into the fixed pin slide opening 54 such that it is able to the fixed needle body 61 is inserted into completion In the potato of section such that it is able to which the further potato block to cutting into slices is fixed, can be further to potato Piece treatment for further processing such that it is able to prevent that broken problem occurs during transport in potato block, from And can further ensure to potato block to occur during processing broken such that it is able to ensure the mouth to potato block Sense, and the crudy that also can further ensure to potato block.

The rotation dish 7 drives the fixed pin rotating disk 53 to rotate, and can be during the rotation dish 7 is rotated The rotation of the drive fixed dials 53 that can be such that it is able to further realize that potato is cut into slices and fixed simultaneously Be carried out continuously.

As shown in Fig. 1, Fig. 5 and Fig. 9, a circle is provided with the support base 2 corresponding with the extruding transfer dish 12 Lifting chute 14, the lifting concave setting of chute 14, and the two ends of the lifting chute 14 include and be located at respectively The first sliding cavity 15 and one second sliding cavity 20 in the support base 2, the T-shaped setting of first sliding cavity 15 are described A top pressure block 17 slided in first sliding cavity 15, first sliding cavity 15 are connected on first top pressure axle 16 First spring 21 for suppressing the top pressure block 17 is inside respectively arranged with, one is connected on the platen 18 described second The the second top pressure axle 19 slided in sliding cavity 20, by a connection between the first top pressure axle 16 and the second top pressure axle 19 The corresponding connection of fixing axle 24, the axle 24 that is connected is slided in the lifting chute 14, and in the rotating disk indent 13 A curved compressive plane 73 is respectively arranged with, the platen 18 is slided in semi-circular being arranged on the compressive plane 73, described It is additionally provided with a planing surface 74 corresponding with the compressive plane 73 in rotation dish 7, the planing surface 74 is a plane, and described Platen 18 is slided on the planing surface 74, and circle lifting chute 14, the lifting chute are provided with the support base 2 14 concave settings, and the spacing that the lifting chute 14 is set is corresponding with the extruding transfer dish 12, in the lifting The two ends of chute 14 include first sliding cavity 15 and one second sliding cavity 20 being located in the support base 2, institute respectively State the first sliding cavity 15 and the corresponding connection of second sliding cavity 20, the T-shaped setting of first sliding cavity 15, described second The cylindrical setting of sliding cavity 20, the first top pressure axle 16 can be slided in first sliding cavity 15, and described A top pressure block 17 is connected on first top pressure axle 16, the top pressure block 17 can be slided in first sliding cavity 15, One first spring 21 is provided with first sliding cavity 15, first spring 21 can carry out bullet to the top pressure block 17 Pressure such that it is able to further further suppressed the cutting knife gland 22 such that it is able to further make described The extruding top pressure of transfer dish 12 can be made after the jack-up of cutting knife gland 22 in the cutting knife gland 22, in the platen 18 On be connected to one second top pressure axle 19, the second top pressure axle 19 can be slided in second sliding cavity 20 so that Can be slided in second sliding cavity 20 using the second top pressure axle 19, can further ensured to the platen 18 Normal slide up and down such that it is able to be supported using described second top pressure axle, 19 pairs of platens 18, and described the Corresponding connection is carried out by the axle 24 that is connected between one top pressure axle 16 and the second top pressure axle 19 such that it is able to The platen 18 can be further driven to the synchronous slide of the second top pressure axle 19 during sliding up and down such that it is able to enter The synchronization of the drive cutting knife gland 22 of one step is slided up and down, and can be in the first top pressure axle 16 and described second Top pressure axle 19 can be while drive the synchronous slide of the axle 24 that is connected during sliding up and down such that it is able to makes described The axle 24 that is connected is slided up and down in the lifting chute 14, one is respectively arranged with the rotating disk indent 13 and curved is squeezed Pressure surface 73, the difference semicircular in shape of the platen 18 is set, and the platen 18 can be slided on the compressive plane 73, so that Further the platen 18 can be squeezed using the rotating disk indent 13 during the rotation dish 7 is rotated Pressure such that it is able to further drive the platen 18 to do upper and lower slip such that it is able to realize driving the cutting knife gland 22 purposes for sliding up and down such that it is able to using the cutting knife gland 22 slide up and down with reach avoid it is described extruding conveying The purpose of disk 12, and a planing surface 74 is provided with the rotation dish 7, the planing surface 74 is a plane, so as to It is enough to make the platen 18 first in planing surface 74 during 13 pairs of platens 18 of the rotating disk indent are extruded On do linear slide such that it is able to further make it is described extruding transfer dish 12 potato is squeezed on cutting knife 23 after, energy It is enough further to be moved along a straight line by the extruding transfer dish 12 such that it is able to which that potato is cut into the cutting knife 23, Then further extruded by 13 pairs of platens 18 of the rotating disk indent such that it is able to make the cutting knife gland 22 Upper and lower slip is done, can further make the downward sliding of cutting knife gland 22 after potato is cut So as to avoid the extruding transfer dish 12 such that it is able to so as to further make during the rotation dish 7 is rotated The platen 18 is slided into next rotating disk indent 13, while can be accessed using the extruding transfer dish 12 described defeated The potato for sending cylinder 10 to automatically fall into such that it is able to realize continuous auto slice function.

As shown in Figure 4 and Figure 6, in the cutting knife gland 22 respectively on to be respectively arranged with one relative with the fixing groove 56 The section groove 25 that should be connected, section groove 25 both sides include a screwed hole being located in the cutting knife gland 22 respectively 26, it is respectively arranged with one in the screwed hole 26 and tightens bolt 27, the cutting knife 23 is respectively provided with a row, and 23 liang of the cutting knife One is respectively arranged with end and tightens the corresponding through hole of bolt 27 with described, the cutting knife 23 is tightening bolt side by side described in both sides Slided on 27, and one is respectively arranged between every two neighboring cutting knife 23 in the spacer 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 cutting knife 23, the cutting knife gland 22 The thickness for being provided with spacer 29 set at least 3, and each described cutting knife gland 22 is different, is fixed in the cutting knife All film traps 25, section groove 25 and the corresponding connection of the fixing groove 56 such that it is able in profit are respectively arranged with first 22 After completing to cut into slices with cutting knife 23, potato block can be further set to be pressed into the fixing groove 56, in the section groove 25 both sides are respectively arranged with a screwed hole 26 being located in the cutting knife gland 22, are respectively provided with the screwed hole 26 Bolt 27 is tightened, the cutting knife 23 is respectively arranged with a row, and one is respectively arranged with the two ends of the cutting knife 23 and led to Hole such that it is able to by through hole by the cutting knife 23 penetrate into it is described tighten on bolt 27, the cutting knife 23 described in per adjacent two panels Between be respectively arranged with a spacer 29, can utilize the spacer 29 further adjust between the cutting knife 23 away from From such that it is able to the slice thickness of further adjustment potato block, and the cutting knife gland 22 is provided with least 3, The quantity that the cutting knife gland 22 is set can be according to being configured the need for design, can be by the cutting knife in the present embodiment Gland 22 is set to 4, and the thickness of set spacer 29 is different in each described cutting knife gland 22, can rotate Can be connected with the corresponding engagement of the screwed hole 26 by tightening bolt 27 during tightening bolt 27 such that it is able to enter One step is compressed by the hold-down head 28 to cutting knife 23 such that it is able to further make each described cutting knife gland 22 Spacing between set cutting knife 23 is different such that it is able to the further potato block for realizing cutting different-thickness simultaneously.

As shown in Figure 1 to Figure 3, one is respectively arranged with the cutting knife gland 22 to be rotated in the fixed rotating disk chamber 50 The 4th rotating shaft 62, the fixed pin rotating disk 53 is connected in the 4th rotating shaft 62, also divides in the 4th rotating shaft 62 One the 5th rotating shaft 66 is not connected with, and one the concave the 4th is respectively arranged with the 4th rotating shaft 62 and the 5th rotating shaft 66 Groove 70, the 4th rotating shaft 62 intersects with the 4th groove 70 set by the 5th rotating shaft 66 and is correspondingly arranged, and described in two 4th groove 70 is connected by one in cross corresponding rotation of cross rotating shaft 71 respectively, in the cutting knife gland 22 respectively Be connected with one it is corresponding with the 5th rotating shaft 66 suppress cylinder 67, turning for a rotation is respectively arranged with the 5th rotating shaft 66 Rotating ring 68, it is described to suppress between cylinder 67 and the swivel becket 68 respectively by a circle corresponding connection of the 5th spring 69, described the A first bevel gear 64 is connected in five rotating shafts 66, a fluted disc 65, the first bevel gear are provided with the rotation dish 7 64 engagement connections corresponding with the fluted disc 65 respectively, are respectively arranged with the 4th turn of a rotation in the cutting knife gland 22 Axle 62, the 4th rotating shaft 62 can be rotated in the fixed rotating disk chamber 50, and the fixed pin rotating disk 53 is connected to institute State in the 4th rotating shaft 62 such that it is able to the fixed pin rotating disk 53 is further driven to by the 4th rotating shaft 62 and is rotated, in institute State and one the 5th rotating shaft 66 has been also respectively connected with the 4th rotating shaft 62, in the 4th rotating shaft 62 with the 5th rotating shaft 66 respectively It is provided with a 4th concave groove 70, and the 4th rotating shaft 62 and the 4th groove 70 set by the 5th rotating shaft 66 Intersection is correspondingly arranged, and one is provided with two the 4th grooves 70 in criss-cross cross rotating shaft 71, the cross rotating shaft 71 can rotate in the 4th rotating shaft 62 with the 5th rotating shaft 66 such that it is able to by the rotation of the 5th rotating shaft 66 The synchronous axial system of the 4th rotating shaft 62 can be further driven to, being respectively arranged with one in the cutting knife gland 22 suppresses cylinder 67, it is described to suppress the cylindrical setting of cylinder 67, and the 5th rotating shaft 66 can suppress rotation in cylinder 67 described, described The swivel becket 68 of a rotation is provided with 5th rotating shaft 66, is suppressed between cylinder 67 and the swivel becket 68 by a circle the described The corresponding connection of five spring 69 such that it is able to be supported by circle 69 pairs, the 5th spring the 5th rotating shaft 66, A fluted disc 65 is provided with the rotation dish 7, the fluted disc 65 sets in circular, is respectively provided with the 5th rotating shaft 66 There is a first bevel gear 64 such that it is able to can further drive institute during the cutting knife gland 22 is slided up and down State sliding up and down for first bevel gear 64 such that it is able to slide into and the extruding transfer dish 12 in the cutting knife gland 22 Can further make the first bevel gear 64 carry out corresponding engagement with the fluted disc 65 after position to connect, and energy Further the 5th rotating shaft 66 can be supported using the 5th spring 69 enough, so as to avoid first cone There is the connection of hardness with the fluted disc 65 in gear 64, so as to enter row buffering using the 5th spring 69 connect such that it is able to The rotation of the fixed pin rotating disk 53 can further be driven by the rotation of the rotation dish 7 such that it is able to by cutting Knife 23 completes fixed needle body 61 further can be inserted into potato slices using the fixed pin rotating disk 53 after section It is interior, so that potato block is further fixed using the fixed needle body 61, it is broken so as to prevent potato block from occurring Problem, can the first bevel gear 64 it is corresponding with the fluted disc 65 engagement connection during can make the described 5th There is corresponding inclination in rotating shaft 66 such that it is able to further play a part of cushioning supportive by the 5th spring 69, And can further ensure normally turn after run-off the straight to the 5th rotating shaft 66 by cross rotating shaft 71 It is dynamic.

As shown in Fig. 2, Fig. 3 and Figure 10, a groove is provided with the fixed box for needle or pin 51, a gear is provided with the groove Plate 75, respectively constitutes a needle cavity 52 between the both sides of the baffle plate 75 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 is respectively arranged with two panels, and a circle fixed pin top pressure groove 58 has been arranged side by side respectively Two, a disk 59 is respectively arranged with the fixed pin top pressure groove 58, the end of the fixed needle body 61 is connected to one The syringe needle 60 connected with the corresponding magnetic of the disk 59, the fixed pin slide opening 54 is provided with two, and the fixed pin is slided A positioning disk 55 corresponding with the fixed needle body 61 is respectively arranged with hole 54, one is provided with the fixed box for needle or pin 51 Concave groove, is provided with a baffle plate 75 in groove, and the baffle plate 75 is connected on the fixed box for needle or pin 51, And respectively constitute a needle cavity 52 between the both sides of the baffle plate 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 with the corresponding connection in the fixed rotating disk 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 Two panels is respectively arranged with, is not had described in two panels and is fixed the obliquely setting of pin spring clip 63 such that it is able to using fixed described in two panels The fixed pin 61 of pin spring clip 63 pairs stops, so as to prevent the fixed pin 61 from automatically dropping into the fixed rotating disk In chamber 50, the fixed pin spring clip 63 is constituted for quality of rubber materials, and a circle fixed pin top pressure groove 58 is provided with two Circle, and it is in a row to fix pin top pressure 58 structures of groove described in each two, it is not corresponding with the needle cavity 52 respectively, in the fixed pin A disk 59 is respectively arranged with top pressure groove 58, the disk 59 is magnet, is respectively provided with the end of the fixed needle body 61 There is a syringe needle 60, the syringe needle 60 can be connected with the corresponding magnetic of the disk 59 such that it is able in the fixed pin rotating disk During 53 rotate, can enter one by the disk 59 after the disk 59 turns to the needle position Step carries out magnetic to the syringe needle 60 such that it is able to the fixed pin 61 is automatically dropped into the fixed pin top pressure groove 58 It is interior such that it is able to which that the rotation of the fixed pin 61, Neng Gou can be further driven to by the rotation of the fixed pin rotating disk 53 After fixed pin is inserted into potato block, be able to can make during the fixed pin rotating disk 53 is rotated further described Syringe needle 60 departs from the disk 59, so as to complete the purpose being fixed to potato block, and the fixed pin slide opening 54 Two are provided with, a positioning disk 55 is respectively arranged with the fixed pin slide opening 54 such that it is able in the fixed pin rotating disk The rotation of the fixed needle body 61 can be driven during 53 rotations such that it is able to further will using the positioning disk 55 The fixed needle body 61 is poured into the fixed pin slide opening 54 such that it is able to which guarantee is inserted into horse to by the fixed needle body 61 In bell potato chips such that it is able to further potato block is fixed.

As shown in Fig. 5, Fig. 7 and Fig. 8, a connecting shaft 11, the connecting shaft are connected on the extruding transfer dish 12 11 are connected respectively in the rotation dish 7, and the both sides of the extruding transfer dish 12 are respectively arranged with a T-shaped sliding shoe 48, the sliding support disk 31 of a slip is additionally provided with the extruding transfer dish 12, it is described to slidably support the concave setting of disk 31, It is described to squeeze and the both sides of the sliding support disk 31 are respectively arranged with a support plate chute 47 corresponding with the sliding shoe 48 Connected by corresponding tension of a second spring 32 between pressure transfer dish 12 and the sliding support disk 31, in the extruding conveying A connecting shaft 11 is connected on disk 12 such that it is able to which the rotation dish 7 is further connected to by the connecting shaft 11 On such that it is able to the rotation of the extruding transfer dish 12 can be further driven to during the rotation dish 7 is rotated, and A T-shaped sliding shoe 48 is respectively arranged with the both sides of the extruding transfer dish 12, is also set on the extruding transfer dish 12 The sliding support disk 31 of a slip is equipped with, the sliding support concave setting of disk 31, 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 with the both sides of the sliding support disk 31 Support plate chute 47, the support plate chute 47 can be slided on the sliding shoe 48, can be by potato by the conveying Dish groove 30 is further conveyed, can be after the extruding transfer dish 12 turns to the position of the cutting knife 23, Neng Goutong Cross the sliding support disk 31 to be slided on the extruding transfer dish 12 such that it is able to be further expressed to potato described On cutting knife 23, so as to complete cutting, 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 be slided in place, can be by the elastic force pressure of the second spring 32, can It is further that the sliding support disk 31 is pulled, so as to make the sliding support disk 31 reset such that it is able to pass through The conveying dish groove 30 is further conveyed to potato.

As shown in Fig. 5, Fig. 8 and Figure 11, a conveying tube inner chamber 34 is provided with the transport tube 10, the transport tube 10 Both sides are respectively arranged with a 3rd concave groove 49, the 3rd groove 49 slide damper 35 for being provided with a slip, The baffle plate port 36 of one and the conveying corresponding connection of tube inner chamber 34, the conveying are respectively arranged with the slide damper 35 It has been also respectively connected with cylinder 10 in an extruding disk 37, the extruding disk 37 and has been respectively arranged with a first concave groove 38, institute State slide damper 35 to be slided in first groove 38, and one is respectively arranged with first groove 38 and suppress the slip 3rd spring 39 of baffle plate 35, is provided with a conveying tube inner chamber 34 such that it is able to by the conveying in the transport tube 10 Tube inner chamber 34 is conveyed to potato, and is respectively arranged with a 3rd concave groove in the both sides of the transport tube 10 49, the 3rd groove 49 and it is described conveying the corresponding connection of tube inner chamber 34, be provided with a cunning in the 3rd groove described in both sides Dynamic slide damper 35, is provided with a baffle plate port 36, the baffle plate port 36 and the conveying on the slide damper 35 The corresponding connection of tube inner chamber 34 such that it is able to make potato pass through the baffle plate port 36 and further convey, in the conveying An extruding disk 37 is connected on cylinder 10, a first concave groove 38, institute are respectively arranged with the extruding disk 37 Stating slide damper 35 can be slided in first groove 38, and one the 3rd bullet is also respectively provided with first groove 38 Spring 39 such that it is able to the slide damper 35 can further be suppressed by the 3rd spring 39 such that it is able to The baffle plate port 36 is misplaced with the conveying tube inner chamber 34, flowed from the baffle plate port 36 so as to prevent potato random Go out.

The bottom of the slide damper 35 is connected to a contiguous block 41, and one second is respectively arranged with the contiguous block 41 Rotating shaft 42, is respectively arranged with the first pressing plate 44 of a rotation in second rotating 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 One the 3rd rotating shaft 43 is inside respectively arranged with, the second pressing plate 45 of a rotation, described are respectively arranged with the 3rd rotating shaft 43 Two pressing plates 45 extrude first pressing plate 44, and the of a tension second pressing plate 45 is respectively arranged with second groove 40 Four springs 46, a contiguous block 41 is connected in the bottom of the slide damper 35, is respectively provided with the contiguous block 41 Have one second rotating shaft 42, be respectively arranged with the first pressing plate 44 of a rotation in second rotating shaft 42, first pressing plate 44 with The extruding transfer dish 12 is corresponding such that it is able to can be by described first during the extruding transfer dish 12 is rotated Pressing plate 44, can further drive the slip of the slide damper 35, be also respectively provided with the bottom of the slide damper 35 There is one second groove 40, one the 3rd rotating shaft 43 is respectively arranged with second groove 40, divide in the 3rd rotating shaft 43 The second pressing plate 45 of a rotation is not provided with, and is respectively arranged with a tension second pressing plate in second groove 40 45 the 4th spring 46 such that it is able to using the 4th spring 46 being tensed to second pressing plate 45 respectively, so that Further can be compressed by second pressing plate 45 pairs, first pressing plate 44, can be in the extruding transfer dish 12 During pulling first pressing plate 44, the slip of the slide damper 35 can be further driven such that it is able to make institute State baffle plate port 36 corresponding with the conveying tube inner chamber 34 such that it is able to potato is automatically dropped into described In conveying dish groove 30, institute can be more than by extruding the power of transfer dish 12 during the extruding transfer dish 12 is rotated further State the tightening force of the 4th spring 46 such that it is able to further make first pressing plate 44 that corresponding rotation occurs, so as to It is enough the extruding transfer dish 12 is departed from first pressing plate 44 such that it is able to by the 3rd spring 39 elastic force pressure, further can carry out spring such that it is able to the slide damper 35 is resetted to the slide damper 35, So as to further prevent potato by the random landing of the baffle plate port 36.

As shown in figure 1, being provided with a groove 5 in the potato cylinder 4, one is connected with the rotation dish 7 in the cylinder The first rotating shaft 8 rotated in groove 5, is connected with a conveying runner 9 rotated in the cylinder groove 5 in the first rotating shaft 8, described The conveying tapered setting of runner 9, and the conveying runner 9 is corresponding with the transport tube 10, is set in potato cylinder 4 There is a groove 5 such that it is able to put into the cylinder groove 5 potato, and one first turn is connected with the rotation dish 7 Axle 8 such that it is able to the rotation of the first rotating shaft 8 can be further driven to by the rotation of the rotation dish 7, described first A conveying runner 9 is provided with rotating shaft 8, the tapered pipe of the conveying runner 9 is set such that it is able in 9 turns of the runner of conveying One can be entered in dynamic process potato is transported in the transport tube 10 such that it is able to which potato is passed through into the transport tube 10 are further conveyed.

As shown in figure 1, corresponding by second support frame 72 of circle between the firm banking 1 and the support base 2 Connection, is provided with first support frame of circle 3 in the support base 2, first support frame 3 is connected respectively in the horse On bell potato cylinder 4, a motor 6 is provided with the firm banking 1, the motor 6 drives the rotation dish 7 to rotate, described solid Determine to be provided with second support frame of circle 72 on base 1 such that it is able to further to the branch using second support frame 72 Support base 2 is supported, and first support frame of circle 3 is connected with the support base 2 such that it is able to using described the The one support frame 3 pairs potato cylinder 4 is supported fixation, and a motor 6 is provided with the firm banking 1, can pass through The rotation of the motor 6 can further drive the synchronous axial system of the rotation dish 7.

As shown in Fig. 2 the cutting knife gland 22 in be provided with one with the conveying of the corresponding connection of the fixing groove 56 Chamber 33, is provided with the delivery pipe 57 of one and the corresponding connection of the delivery lumen 33 in the cutting knife gland 22, cut described The delivery lumen 33 of one and the corresponding connection of the fixing groove 56 is provided with knife gland 22 such that it is able to using described solid Determine after needle body 61 is fixed potato, can further be passed in the delivery lumen 33 such that it is able to enter one What is walked is passed in the delivery pipe 57 such that it is able to potato treatment for further processing.

Embodiment provided above is better embodiment of the invention, only for the convenient explanation present invention, not to this hair It is bright to make any formal limitation, any those of ordinary skill in the art, if putting forward skill the present invention is not departed from In the range of art feature, using the Equivalent embodiments for locally being changed done by disclosed technology contents or modify, and Without departing from technical characteristic content of the invention, still fall within the range of the technology of the present invention feature.

Claims

1. a kind of agriculture potato auto slice fixes machine, includes a firm banking, it is characterised in that：On the firm banking A support base is provided with, the support base top is provided with potato cylinder, and the potato cylinder bottom is provided with a circle Corresponding transport tube, is additionally provided with the rotation dish of a rotation in the support base, be connected with the rotation dish circle with The corresponding extruding transfer dish of the transport tube, is respectively arranged with a L-shaped conveying dish groove on the extruding transfer dish；

The first top pressure axle of circle slip is provided with the support base, one and institute are respectively arranged with the first top pressure axle The corresponding cutting knife gland of extruding transfer dish is stated, cutting for the corresponding setting of a row is respectively arranged with the cutting knife gland Spacing between knife, and cutting knife set by the cutting knife gland is different, and a circle is provided with the support base with the cutting knife The corresponding platen of gland, the platen drives the cutting knife gland to slide, and a circle and institute are provided with the rotation dish The corresponding rotating disk indent of extruding transfer dish is stated, the rotating disk indent drives the platen to slide；

The cutting knife gland is provided with a fixing groove corresponding with the cutting knife, is provided with the top of the cutting knife gland The one fixed rotating disk chamber corresponding with the fixing groove, is provided with the fixed pin rotating disk of a rotation, institute in the fixed rotating disk chamber State and circle fixation pin top pressure groove is provided with fixed pin rotating disk, one is provided with the cutting knife gland with the fixed pin rotating disk Fixed needle body, the fixed needle body and the fixed pin top pressure groove phase are set in corresponding fixed box for needle or pin, the fixed box for needle or pin Correspondence, and the fixed pin slide opening corresponding with the fixing groove, the fixed needle body and institute are provided with the cutting knife gland State fixed pin slide opening corresponding；

The rotation dish drives the fixed pin rotating disk to rotate.

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 the circle lifting chute corresponding with the extruding transfer dish, the concave setting of lifting chute, and the lifting The two ends of chute include first sliding cavity being located in the support base and one second sliding cavity respectively, and described first slides The dynamic T-shaped setting in chamber, is connected to a top pressure block slided in first sliding cavity on the first top pressure axle, described First spring for suppressing the top pressure block is respectively arranged with first sliding cavity, one is connected on the platen described The the second top pressure axle slided in second sliding cavity, is connected between the first top pressure axle and the second top pressure axle by one The corresponding connection of axle, the axle that is connected is slided in the lifting chute, and is respectively arranged with one in the rotating disk indent Curved compressive plane, the platen is slided in semi-circular being arranged on the compressive plane, and one is additionally provided with the rotation dish The planing surface corresponding with the compressive plane, the planing surface is a plane, 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 cutting knife gland It is upper respectively on be respectively arranged with the section groove of a connection corresponding with the fixing groove, the section groove both sides include one respectively The screwed hole in the cutting knife gland is located at, one is respectively arranged with the screwed hole and is tightened bolt, the cutting knife sets respectively Put and be respectively arranged with a row, and the cutting knife two ends one and tighten the corresponding through hole of bolt with described, the cutting knife exists side by side Tightened described in both sides and slided on bolt, and one is respectively arranged between every two neighboring cutting knife and slided on bolt in described being tightened Dynamic spacer, the end for tightening bolt is respectively arranged with the hold-down head of the compression cutting knife, the cutting knife gland The thickness for being provided with spacer set at least 3, and each described cutting knife gland is different.

4. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：The cutting knife gland The 4th rotating shaft rotated in the fixed rotating disk chamber is inside respectively arranged with, the fixed pin rotating disk is connected to described the In four rotating shafts, one the 5th rotating shaft is also respectively connected with the 4th rotating shaft, divided in the 4th rotating shaft and the 5th rotating shaft A the 4th concave groove is not provided with, and the 4th rotating shaft should set with the 4th groove cross-pair set by the 5th rotating shaft Put, and two the 4th grooves are connected by one in cross corresponding rotation of cross rotating shaft respectively, the cutting knife is fixed Be connected on head one it is corresponding with the 5th rotating shaft suppress cylinder, be respectively arranged with a rotation in the 5th rotating shaft Swivel becket, it is described to suppress between cylinder and the swivel becket respectively by the corresponding connection of the 5th spring of circle, the 5th rotating shaft On be connected to a first bevel gear, be provided with a fluted disc in the rotation dish, 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 A groove is provided with, a baffle plate is provided with the groove, one is respectively constituted between the baffle plate both sides and the fixed box for needle or pin Needle cavity, the fixed needle body is located in the needle cavity side by side respectively, and the bottom of the fixed box for needle or pin is connected with one with the needle cavity Corresponding fixed pin spring clip, the fixed pin spring clip is respectively arranged with two panels, and a circle fixed pin top pressure groove point Two are not arranged side by side, a disk has been respectively arranged with the fixed pin top pressure groove, the end of the fixed needle body has connected respectively The syringe needle of a magnetic connection corresponding with the disk is connected to, the fixed pin slide opening is provided with two, and the fixed pin is slided A positioning disk corresponding with the fixed needle body is respectively arranged with 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 to a connecting shaft, the connecting shaft is connected respectively in the rotation dish, it is described extruding transfer dish two Side is respectively arranged with a T-shaped sliding shoe, and the sliding support disk of a slip, the cunning are additionally provided with the extruding transfer dish 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 chute, connection is tensed between the extruding transfer dish and the sliding support disk by the way that a second spring is corresponding.

7. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：Set in the transport tube A conveying tube inner chamber is equipped with, the both sides of the transport tube are respectively arranged with a 3rd concave groove, in the 3rd groove The slide damper of a slip is provided with, a connection corresponding with the conveying tube inner chamber is respectively arranged with the slide damper Baffle plate port, has been also respectively connected with an extruding disk on the transport tube, one concave is respectively arranged with the extruding disk One groove, the slide damper is slided in first groove, and one is respectively arranged with first groove suppresses described 3rd spring of slide damper；

The slide damper bottom is connected to a contiguous block, and one second rotating shaft is respectively arranged with the contiguous block, described The first pressing plate of a rotation is respectively arranged with second rotating 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 one the 3rd rotating shaft, institute are respectively arranged with second groove The second pressing plate that a rotation is respectively arranged with the 3rd rotating shaft is stated, second pressing plate extrudes first pressing plate, described second The 4th spring of a tension second pressing plate is respectively arranged with groove.

8. a kind of agriculture potato auto slice fixes machine according to claim 1, it is characterised in that：In the potato cylinder A groove is provided with, a first rotating shaft rotated in the cylinder groove is connected with the rotation dish, connected in the first rotating shaft Be connected to one in the cylinder groove rotate conveying runner, the tapered setting of conveying runner, and it is described 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 By a circle corresponding connection of the second support frame between the support base, a circle first is provided with the support base and is supported Frame, first support frame is connected respectively on potato cylinder, and a motor is provided with 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 cutting knife is fixed The delivery lumen of a connection corresponding with the fixing groove is provided with head, one is provided with the cutting knife gland defeated with described Send the delivery pipe of the corresponding connection in inner chamber.