CN209391037U - A kind of garlic full automatic treatment production system - Google Patents

Abstract

The utility model provides a kind of garlic full automatic treatment production system, including feed mechanism, and feed mechanism includes sequencing assembly and shunt assembly, and shunt assembly is arranged in below the output end of sequencing assembly；First processing mechanism, the first processing mechanism are arranged in feed mechanism side comprising feeding material component, shearing component and remove root component, feeding material component is located at the side of shunt assembly, and shearing component is located at the lower section of feeding material component, except root component is located at the top of feeding material component；And second processing mechanism, the top of feeding material component is arranged in second processing mechanism, it includes elastic parts, peeling component, drying component and milling component, the utility model realizes the integration work of garlic peeling, drying, milling, solves in the prior art time-consuming and laborious, the low technical problem of production efficiency.

Description

A kind of garlic full automatic treatment production system

Technical field

The utility model relates to garlic processing technique field more particularly to a kind of garlic full automatic treatment production systems.

Background technique

Garlic powder has the function of the anti-inflammation and sterilization of broad-spectrum high efficacy, actively adjusts immune system, can play prevention disease, prevents Only wound infection treats the effect of disease and expelling parasite, but is currently on the market fewer about the equipment that garlic is milled, and And not can garlic shearing, garlic peeling and milling integrated automatic equipment.

A kind of novel high-power garlic flour mill of Chinese patent CN201620547084.5, including storage garlic storehouse, drying room and Be milled device, and observation window is provided on the storage garlic storehouse, and door, the bottom in the storage garlic storehouse are equipped on the side wall in the storage garlic storehouse It is provided with reciprocating sieve, fistulae is provided between the drying room and the storage garlic storehouse, electricity is installed on the side wall of the drying room Hot baker, the electric dryer top are provided with temperature indicator, duct size adjusting are provided with below the drying room Device, the milling device setting are rotating forward between motor and motor with reciprocating movement, are provided with garlic powder below the motor with reciprocating movement Output channel has the beneficial effect that the size that can control milling garlic, facilitates screening garlic, carries out milling work by positive and negative rotation Industry improves milling power and efficiency, has drying function, the quality of garlic grinding speed and garlic powder can be improved.

There are many deficiencies for said mechanism, such as the garlic of peeling are placed in storage garlic storehouse, due to being equipped with drying below Room, in drying, the heat distributed is easy the garlic for making to store up peeling in garlic storehouse and goes bad, time-consuming and laborious, and production efficiency is low, Increase production cost.

Utility model content

The utility model provides a kind of garlic full automatic treatment production system in view of the deficiencies of the prior art, passes through setting Elastic parts and peeling component dry garlic peeling followed by drying component to garlic, then by milling component into Row milling operation realizes the integration work of garlic peeling, drying, milling, solves in the prior art time-consuming and laborious, production The technical issues of low efficiency, high production cost.

To achieve the above object, the utility model provides the following technical solutions:

A kind of garlic full automatic treatment production system, comprising: feed mechanism, the feed mechanism include sequencing assembly and divide Component is flowed, the shunt assembly is arranged in below the output end of the sequencing assembly；

First processing mechanism, first processing mechanism are arranged in the feed mechanism side comprising feeding material component is cut It cuts component and except root component, the feeding material component are located at the side of the shunt assembly, the shearing component is located at the feeding The lower section of component, the top that the feeding material component is located at except root component；And

The top of the feeding material component is arranged in second processing mechanism, the second processing mechanism comprising elastic parts, It removes the peel component, drying component and milling component, the elastic parts and is fixed at the lower section of the shearing component, the peeling Component is fixed at below the feeding material component, and the side of the peeling component is arranged in the drying component connection, described The output end of the peeling component is arranged in milling component.

Preferably, the sequencing assembly further include:

Rack, the rack setting is on the ground；

Vibrating disk, the vibrating disk are fixed at the top of the rack；And

The output end of the vibrating disk is arranged in transfer passage, the transfer passage connection.

Preferably, the shunt assembly further include:

Support frame a, support frame as described above a are located at the lower section of the sequencing assembly output end, and the top front of support frame a is opened Equipped with sliding rail；

Slide plate, the slide plate are inclined on support frame as described above a, and the setting parallel to the ground of its end；

Demarcation plate, the demarcation plate are placed equidistant on the slide plate along the horizontal direction of the slide plate, form sub-material The output end lower surface in channel, the sub-material channel is provided with sensor；

Limited post, the limited post are staggered on the demarcation plate；

Discharge port, the discharge port are arranged in a one-to-one correspondence the output end in the sub-material channel；

The lower surface of the discharge port is arranged in baffle, the baffle fitting, and the baffle is by fixed baffle and slide damper Composition, the fixed baffle are fixed on the lower surface of the skateboard end, offer several equidistant semicircles thereon Sliding rail on slot a, the slide damper and support frame as described above a plugs together sliding setting, offers several equidistant semicircles thereon Slot b when half slot a is bonded with half slot b, forms gear garlic slot, and the gear garlic slot and the discharge port, which correspond, to be coaxially disposed；

Cylinder supports platform a, the cylinder supports platform a is fixed at below the slide plate, and it is located at support frame as described above a Between the slide plate；

Push type cylinder a, the push type cylinder a is fixed on the cylinder supports platform a, and the push type cylinder The promote-side of a connect setting with the slide damper；And

Sensor, the sensor are fixed at the lower surface of the fixed baffle.

Preferably, the feeding material component further include:

Supporting element, the supporting element include workbench a and workbench b, and the workbench a is along first processing mechanism Horizontal direction on center line symmetrical setting, on the ground, the workbench a passes through support column branch for workbench b setting Support is arranged on the workbench b；

Sliding unit a, the sliding unit a are fixed on the workbench a；

Retainer block, the retainer block are fixed on sliding unit a, are slided with the sliding unit a, the retainer block The garlic slot of several equidistantly distributeds is offered, the garlic slot and the sub-material channel correspond, and the retainer block upper surface is set It is equipped with sensor block, which is correspondingly arranged with the sensor；And

Driving unit a, the driving unit a are fixed at the side of the workbench a, drive sliding unit a band Dynamic retainer block is moved back and forth along the length direction of the workbench a.

Preferably, the shearing component further include:

Support rod, the support rod is along the center line symmetrical setting in the workbench a horizontal direction, with the work Make platform a to be vertically arranged, and the both ends of the support rod are fixed at the both ends of the workbench a, which is equipped with recessed Slot；

Sliding rail, the both ends of the sliding rail are fixed on the groove；

Sliding block a, the sliding block a are slidably matched with the sliding rail；

Sliding block b, the sliding block b are slidably matched with the sliding rail；

Cutter a, the cutter a and the sliding block a connect setting, and edge of a knife forward position is vacantly exposed to the upper of the sliding block a Just, and it is with the sliding block a synchronizing moving；

Capaciting material groove, the capaciting material groove are fixed at below the cutter a, and forward position exposure is arranged in the cutter a's Lower section；

Cutter b, the cutter b and the sliding block b connect setting, and edge of a knife forward position is vacantly exposed to the upper of the sliding block b Just, and it is with the sliding block b synchronizing moving；And

Expeller, the expeller are fixed on the workbench a, and its side for being located at the cutter a, this is pushed away Material block and the capaciting material groove plug together setting, and reject chute is equipped with below the capaciting material groove；

Actuator, the actuator are arranged in the side the workbench a comprising cylinder supports platform b, push type cylinder b, Push-pull rod, connecting rod a and connecting rod b, the cylinder supports platform b are fixed at the side workbench a, and the push type cylinder b is fixed Be arranged on the cylinder supports platform b, the push-pull rod be slidably arranged on the cylinder supports platform b and with the push type gas Cylinder b connection, the connecting rod a are hingedly arranged with the sliding block a and the push-pull rod respectively, the connecting rod b respectively with the sliding block B and the push-pull rod are hingedly arranged.

Preferably, described remove root component further include:

Support frame b, support frame as described above b are along the center line symmetrical setting in the workbench b horizontal direction, and it is located at The outside of the workbench a；

Sliding unit b, the sliding unit b are fixed on support frame as described above b；

Sliding stand, the sliding stand are fixed on the sliding unit b comprising bottom plate, top plate, slide-bar and sliding Plate, the bottom plate is equipped with to be arranged by slide-bar support in the bottom plate with the one-to-one hole of garlic slot, the top plate Surface, the quantity of the slide-bar is four, and the sliding panel is slidably arranged on the slide-bar；

Push type cylinder c, the push type cylinder c are fixed at the lower surface center position of the top plate, and should The promote-side of push type cylinder c connect setting with the upper surface of the sliding panel, pushes the slide plate by the push type cylinder c It moves back and forth up and down；

Rotating cylinder, the rotating cylinder are fixed at the lower surface of the slide plate, pacify on the rotating cylinder Equipped with fluted drill, the hole on the fluted drill and the bottom plate is coaxially disposed, and the rotating cylinder quantity is several, It is arranged in a one-to-one correspondence with the hole on the bottom plate；And

Driving unit b, the driving unit b are fixed at the side of support frame as described above b, and itself and the sliding unit B connection setting drives sliding stand back and forth to move along the length direction of the sliding stand by driving unit b driving sliding unit b It is dynamic.

Preferably, the elastic parts quantity is several, it is arranged in a one-to-one correspondence with the garlic slot, further includes:

Mounting base, the mounting base are fixed on the workbench b；

Spring a, the spring a are fixed at the center position of the mounting base, one end and the installation vertically Seat fixed setting；

Casing, described sleeve pipe is set in outside the spring a, and its bottom contacts setting with the mounting base；And

Steel ball, the steel ball are fixed at the other end of the spring a.

Preferably, the peeling component further include:

Pedestal, the pedestal are fixed on the workbench b, are offered and are received juice slot；

Rewinding case, the rewinding case are fixed at the base top, be located at support frame as described above a and elastic component it Between, which is hollow setting, and top offers rewinding mouth, and the longitudinal side of the rewinding case offers garlic skin and goes out Mouthful, a side in the rewinding case transverse direction offers air inlet, another side bottom in the rewinding case transverse direction offers Square groove b；

Friction plate, the friction plate are fixed on the lower surface at the top of the rewinding case, and its both ends with it is described The longitudinal two sides inner wall contact of rewinding case is arranged, and several equidistant friction particles are arranged on the rubbing surface of the friction plate；

Splicing plate, the splicing plate are arranged in the rewinding mouth comprising oscillating plate, spring b, stock guide and connecting rod B, the oscillating plate is slidably arranged on an inner wall in the rewinding case transverse direction by several spring b, and the vibration Several equidistant friction particles are provided on one face of movable plate, are correspondingly arranged with the rubbing surface of the friction plate, the two Between form peeling channel, the stock guide connect setting with the top droop of the oscillating plate, one end of the connecting rod b and Stock guide connection setting, the other end connect setting with the spring a, and connecting rod b quantity is several, and described Elastic component is arranged in a one-to-one correspondence；And

The angled setting in the bottom of ventilating board, the ventilating board and the rewinding case, and its four end faces and the rewinding Chamber interior wall contact setting, one end of the ventilating board contacts setting with the square groove b, and which is provided with several equidistant holes.

Preferably, the drying component includes:

Blower, the blower are fixed at the side of the peeling component；

Ventilation duct, described ventilation duct one end connect setting, the other end and the air inlet with the output end of the blower Connection setting.

Preferably, the milling component further include:

Juice plate is seeped, the infiltration juice plate connect setting with the bottom the square groove b, and it is located at right above the receipts juice slot, should It seeps juice plate upper surface and offers several equidistant holes in part；

Axis is squeezed, the extruding axis is along the center line symmetrical setting on the vertical direction of the square groove b in the square groove b Place；

Material toggling axis, the material toggling axle position are equipped with several rod for stiring materials, the rod for stiring materials in the side for squeezing axis, outer surface Top be outer surface, and the outer surface contacts setting with the upper surface of the square groove b；

Powder axis is ground, the stone roller powder axle position is located above the square groove b plane in the side of the material toggling axis, and the stone roller The outer surface of powder axis is equipped with equidistant particle；

Motor supporting base, the motor supporting base are fixed at the side for grinding powder axis；And

Motor, the motor are fixed on the motor supporting base, and its shaft and the stone roller powder axis are coaxially connected Setting；

Power, and the extruding axis, material toggling axis and stone roller are transmitted by belt between the extruding axis, material toggling axis and stone roller powder axis The seat supports that powder axis passes through two sides.

The utility model has the beneficial effects that:

(1) the utility model by setting elastic parts and removes the peel component by garlic peeling, followed by drying component pair Garlic is dried, and then carries out milling operation by milling component, on the one hand due to garlic be after equipment automatic peeling at once into Row milling operation while ensure that the quality of garlic powder, saves labor export, reduces production cost, on the other hand big Garlic peeling dries and is milled while carrying out, and has saved the production time, has improved production efficiency；

(2) garlic is arranged in state straight up by sequencing assembly and is sent by the utility model by setting feed mechanism Enter and enter in the first processing mechanism after shunt assembly in root state directed downwardly, garlic is carried out cutting stem by the first processing mechanism and is removed Root operation is finally removed the peel garlic by second processing mechanism, is dried and milling operation, realizes to garlic sequence, cuts stem, removes Root, peeling, drying and the integration of milling work, clever structure, high degree of automation, and high production efficiency saves labour Output, reduces production cost；

(3) capaciting material groove garlic cauline leaf is packed into slot in shear history by the utility model by setting capaciting material groove, shearing After, garlic cauline leaf is directly fallen in slot, and when set, expeller 228, which enters in capaciting material groove, is pushed into waste material for garlic cauline leaf In slot, while realization cuts stem to garlic, the function of cauline leaf is collected, high degree of automation is saved labor export, improved Production efficiency；

(4) the utility model by by retainer block processing position be the elastic parts top, and garlic slot with it is described Steel ball eccentric setting, when be in shearing condition in cutter, when capaciting material groove is by elastic parts, due to the retractility of spring a, And due to being arranged with casing outside spring a, elastic parts is by the lower section of extruding straight down to capaciting material groove, after shearing, Capaciting material groove is separated from elastic parts, the upward springing of spring a, and steel ball 314 is more than garlic slot, and the garlic in garlic slot is popped up to side, Its clever structure, work efficiency is high, realizes the function of automatic material receiving, saves labor export；

(6) the utility model passes through, and the connecting rod b connection on splicing plate will be arranged on spring a, and due to oscillating plate Be arranged on the inner wall of the rewinding case by spring b, while spring a upward springing, oscillating plate vibrates simultaneously, and its It is ceaselessly shaken in horizontal direction, garlic is vibrated the vibration of plate 3241, in dropping process, constantly in peeling channel By the friction of friction particles on friction plate and oscillating plate, the skin of garlic, which is constantly destroyed, to be fallen, and is realized the peeling of garlic and is divided Valve function ensure that the processing quality of next process, clever structure realize the automation that garlic peeling divides valve, improve Production efficiency saves labor export

(7) the utility model realizes that the wind that blower generates is saturating while garlic peeling movement by setting drying component The skin that the hole crossed on ventilating board falls garlic is exported from garlic skin and is blown out, and what it is due to blower generation is hot wind, in peeling Garlic bulblet is fallen when on ventilating board, and blower carries out first time drying to it, is dried, is protected carrying out second to subsequent smashed garlic The processing quality in subsequent garlic milling, clever structure are demonstrate,proved, high degree of automation ensure that processing quality, reduce Production cost；

(8) the utility model squeezes axis by setting and garlic clove is squeezed into smashed garlic state, then drives rod for stiring materials by material toggling axis Air-dried smashed garlic is dialed to and is ground at powder axis, is finally rotated by stone roller powder axis, by the particle of its outer surface to air-dried smashed garlic into Row constantly rolls, until grind up, high degree of automation improve production efficiency, ensure that processing quality.

Detailed description of the invention

It, below will be to required in embodiment description for the clearer technical solution for illustrating the utility model embodiment The attached drawing used is briefly described, it should be apparent that, drawings discussed below is only some embodiments of the utility model, For those of ordinary skill in the art, without creative efforts, it can also obtain according to these attached drawings Obtain other accompanying drawings.

Fig. 1 is the overall structure diagram of the utility model；

Fig. 2 is the shunt assembly structural schematic diagram of the utility model；

Fig. 3 is enlarged drawing at A in Fig. 2；

Fig. 4 is supporting piece structure schematic diagram in the utility model；

Fig. 5 is feeding material component first structure diagram in the utility model；

Fig. 6 is the second structural schematic diagram of feeding material component in the utility model；

Fig. 7 is enlarged drawing at B in Fig. 6；

Fig. 8 is shearing component structural schematic diagram in the utility model；

Fig. 9 is shearing component elevational schematic view in the utility model；

Figure 10 is that root component structure diagram is removed in the utility model；

Figure 11 is enlarged drawing at C in Figure 10；

Figure 12 is second processing mechanism structure schematic diagram in the utility model；

Figure 13 is enlarged drawing at D in Figure 12；

Figure 14 is the schematic cross-sectional view of second processing mechanism in the utility model；

Figure 15 is the utility model feeding working state schematic representation；

Figure 16 is the utility model feeding, shears and remove root working state schematic representation；

Figure 17 is enlarged drawing at E in Figure 16；

Figure 18 is that the utility model cauline leaf collects schematic diagram；

Figure 19 is the utility model second processing mechanism working state schematic representation.

Figure 20 is two technological process of production schematic diagram of the utility model embodiment.

Specific embodiment

The technical scheme in the embodiment of the utility model is clearly and completely illustrated with reference to the accompanying drawing.

Embodiment one

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, it is intended to for explaining the utility model, and should not be understood as to the utility model Limitation.

As shown in Fig. 1 to 19, a kind of garlic full automatic treatment production system, comprising:

Feed mechanism 1, the feed mechanism 1 include sequencing assembly 11 and shunt assembly 12, and the shunt assembly 12 is arranged Below the output end of the sequencing assembly 11；

First processing mechanism 2, first processing mechanism 2 are arranged in 1 side of feed mechanism comprising feeding material component 21, shearing component 22 and root component 23 is removed, the feeding material component 21 is located at the side of the shunt assembly 12, the shearing group Part 22 is located at the lower section of the feeding material component 21, the top that the feeding material component 21 is located at except root component 23；And

The top of the feeding material component 21 is arranged in second processing mechanism 3, the second processing mechanism 3 comprising elasticity Component 31, peeling component 32, drying component 33 and milling component 34, the elastic parts 31 are fixed at the shearing group The lower section of part 22, the peeling component 32 are fixed at 21 lower section of feeding material component, the connection of drying component 33 setting In the side of the peeling component 32, the output end of the peeling component 32 is arranged in the milling component 34.

In the present embodiment, by the way that feed mechanism 1 is arranged, garlic is arranged in state straight up by sequencing assembly 11 Enter in the first processing mechanism 2 after being sent into shunt assembly 12 in root state directed downwardly, garlic is carried out by the first processing mechanism 2 Stem is cut except root operation, finally garlic is removed the peel by second processing mechanism 3, is dried and milling operation, realize to garlic sequence, Cut stem, the integration work except root, peeling, drying and milling, clever structure, high degree of automation, high production efficiency, saving Labor export reduces production cost.

Further, the sequencing assembly 11 includes:

Rack 111, the setting of rack 111 is on the ground；

Vibrating disk 112, the vibrating disk 112 are fixed at the top of the rack 111；And

Transfer passage 113, the transfer passage 113 connect the output end that the vibrating disk 112 is arranged in.

In the present embodiment, garlic is arranged in by state straight up by setting vibrating disk 112, it is orderly aligned, High degree of automation saves labor export, reduces production cost.

Further, the shunt assembly 12 includes:

Support frame a121, support frame as described above a121 are located at the lower section of 11 output end of sequencing assembly, support frame a121 Top front offer sliding rail；

Slide plate 122, the slide plate 122 are inclined on support frame as described above a121, and the setting parallel to the ground of its end；

Demarcation plate 123, the demarcation plate 123 are placed equidistant with along the horizontal direction of the slide plate 122 in the slide plate 122 On, sub-material channel 120 is formed, the output end lower surface in the sub-material channel 120 is provided with sensor 129；

Limited post 124, the limited post 124 are staggered on the demarcation plate 123；

Discharge port 125, the discharge port 125 are arranged in a one-to-one correspondence the output end in the sub-material channel 120；

Baffle 126, the baffle 126 are bonded the lower surface that the discharge port 125 is arranged in, which is kept off by fixed Plate 1261 and slide damper 1262 form, and the fixed baffle 1261 is fixed on the lower surface of 122 end of slide plate, Several equidistant half slot a1263 are offered thereon, and the sliding rail on the slide damper 1262 and support frame as described above a121 is inserted Sliding setting is closed, offers several equidistant half slot b1264 thereon, when half slot a1263 is bonded with half slot b1264, Gear garlic slot 1260 is formed, the gear garlic slot 1260 and the discharge port 125, which correspond, to be coaxially disposed；

Cylinder supports platform a127, the cylinder supports platform a127 is fixed at 122 lower section of slide plate, and it is located at institute It states between support frame a121 and the slide plate 122；

Push type cylinder a128, the push type cylinder a128 is fixed on the cylinder supports platform a127, and is somebody's turn to do The promote-side of push type cylinder a128 connect setting with the slide damper 1262；And

Sensor 129, the sensor 129 are fixed at the lower surface of the fixed baffle 1261.

In the present embodiment, by the way that limited post 124 is arranged, when the state straight up to be come by the conveying of sequencing assembly 11 Garlic enter in sub-material channel 120, downwards after the limited post 124, garlic just falls down slide downward for garlic sliding, when When sliding into the end in sub-material channel 120, due to the effect of impact force, so that garlic enters in the upward vertical state of root In material mouth 125, falls into gear garlic slot 1260, prevent garlic from falling, be ready for next procedure.

Further, the feeding material component 21 includes:

Supporting element 211, the supporting element 211 include workbench a2111 and the edge workbench b2112, the workbench a2111 The center line symmetrical setting in the horizontal direction of first processing mechanism 2, the workbench b2112 setting on the ground, The workbench a2111 is arranged on the workbench b2112 by support column support；

Sliding unit a212, the sliding unit a212 are fixed on the workbench a2111；

Retainer block 213, the retainer block 213 are fixed on sliding unit a213, with the sliding unit a213 Sliding, the retainer block 213 offer the garlic slot 2131 of several equidistantly distributeds, the garlic slot 2131 and the sub-material channel 120 1 One is corresponding, and 213 upper surface of the retainer block is provided with sensor block 2142, and the sensor block 2142 is corresponding with the sensor 129 Setting；And

Driving unit a214, the driving unit a214 are fixed at the side of the workbench a2111, and driving is slided Moving cell a212 drives retainer block 213 to move back and forth along the length direction of the workbench a2111.

In the present embodiment, by the way that sensor block 2142 is arranged, when driving unit a214 driving sliding unit a212 drives support Expect that block 213 is mobile to discharge port 125, after sensor block 2142 is by the sensor 129 induction, driving unit a214 stops dynamic Make, and push type cylinder a128 cylinder drives slide damper 1262 to slide backward, garlic falls to garlic slot 2131 to after-contraction In, driving unit a214 starts counteragent, and retainer block 213 moves backward, and acts to next station, realizes and connect automatically Expect feeding movement, high degree of automation, conveying speed are fast, save labor export, improve work efficiency.

It should be noted that the sliding unit being related in the utility model, preferentially selects sliding-rail sliding, other can Realize that the part of sliding is within the protection scope of the present utility model, and, the driving unit being related in the utility model is excellent Motor-driven gear rack gear is first selected to realize that reciprocating linear is mobile, other can realize that the mobile part of reciprocating linear is practical at this In novel protection scope.

Further, the shearing component 22 includes:

Support rod 221, the support rod 221 along the center line symmetrical setting in the workbench a2111 horizontal direction, It is vertically arranged with the workbench a2111, and the both ends of the support rod 221 are fixed at the two of the workbench a2111 End, 221 center of support rod are equipped with groove 2211；

Sliding rail 222, the both ends of the sliding rail 222 are fixed on the groove 2211；

Sliding block a223, the sliding block a223 are slidably matched with the sliding rail 222；

Sliding block b224, the sliding block b224 are slidably matched with the sliding rail 222；

Cutter a225, the cutter a225 and the sliding block a223 connect setting, and edge of a knife forward position is vacantly exposed to described The top of sliding block a223, and it is with the sliding block a223 synchronizing moving；

Capaciting material groove 226, the capaciting material groove 226 are fixed at below the cutter a225, and forward position exposure is arranged in institute State the lower section of cutter a225；

Cutter b227, the cutter b227 and the sliding block b224 connect setting, and edge of a knife forward position is vacantly exposed to described The top of sliding block b224, and it is with the sliding block b224 synchronizing moving；

And

Expeller 228, the expeller 228 are fixed on the workbench a2111, and it is located at the cutter The side of a225, the expeller 228 and the capaciting material groove 226 plug together setting, and reject chute is equipped with below the capaciting material groove 226 2281；

Actuator 229, the actuator 229 are arranged in the side the workbench a2111 comprising cylinder supports platform B2291, push type cylinder b2292, push-pull rod 2293, connecting rod a2294 and connecting rod b2295, the cylinder supports platform b2291 are fixed It is arranged in the side workbench a2111, the push type cylinder b2292 is fixed on the cylinder supports platform b2291, described Push-pull rod 2293 is slidably arranged on the cylinder supports platform b2291 and connect with the push type cylinder b2292, the company Bar a2294 is hingedly arranged with the sliding block a223 and the push-pull rod 2293 respectively, the connecting rod b2295 respectively with the cunning Block b224 and the push-pull rod 2293 are hingedly arranged.

In the present embodiment, by the way that cutter a225 and cutter b227 is arranged, when push type cylinder b2292 is in contraction state When, connecting rod a2294 driving sliding block a223 drives cutter a225 to move inward, and connecting rod b2295 drives sliding block b224 to drive cutter B227 is slided to cutter a225, when cutter a225 and cutter b224 is contacted, is realized the shearing to garlic cauline leaf, is automated journey Degree is high, and shear effect is good, improves production efficiency.

It is noted that forward position exposure is set since the capaciting material groove 226 is fixed at below the cutter a225 It sets in the lower section of the cutter a225, when cutter a225 is in shearing condition movement, capaciting material groove 226 first touches garlic, when When cutter a225 reaches clipped position, garlic cauline leaf is packed into slot by capaciting material groove 226, and after shearing, garlic cauline leaf is direct It falls in slot, when cutter a225 resets, due to being provided with expeller 228, expeller 228 enters garlic in capaciting material groove 226 Cauline leaf is pushed into reject chute 2281, while realization cuts stem to garlic, collects the function of cauline leaf, high degree of automation is saved Labor export improves production efficiency.

Further, described except root component 23 includes:

Support frame b231, support frame as described above b231 are symmetrically set along the center line in the workbench b2112 horizontal direction It sets, and its outside for being located at the workbench a2111；

Sliding unit b232, the sliding unit b232 are fixed on support frame as described above b231；

Sliding stand 233, the sliding stand 233 are fixed on the sliding unit b232 comprising bottom plate 2331, top Plate 2332, slide-bar 2333 and sliding panel 2334, the bottom plate 2331 be equipped with the one-to-one hole of the garlic slot 2131, it is described The surface of the bottom plate 2331 is arranged in by the slide-bar 2333 support for top plate 2332, and the quantity of the slide-bar 2333 is four A, the sliding panel 2334 is slidably arranged on the slide-bar 2333；

Push type cylinder c234, the push type cylinder c234 are fixed at the lower surface centre bit of the top plate 2332 Place is set, and the promote-side of push type cylinder c234 connect setting with the upper surface of the sliding panel 2334, by the push type gas Cylinder c234 pushes the sliding panel 2334 to move back and forth up and down；

Rotating cylinder 235, the rotating cylinder 235 are fixed at the lower surface of the slide plate 2334, the rotation Fluted drill 2351 is installed, the fluted drill 2351 is coaxially disposed with the hole on the bottom plate 2331, and described on formula cylinder 235 235 quantity of rotating cylinder is several, is arranged in a one-to-one correspondence with the hole on the bottom plate 2331；And

Driving unit b236, the driving unit b236 are fixed at the side of support frame as described above b231, and itself and institute Sliding unit b232 connection setting is stated, drives sliding stand 233 along described by driving unit b236 driving sliding unit b232 The length direction of sliding stand 233 moves back and forth.

In the present embodiment, sliding stand 233 is moved to the processing position of retainer block 213 by setting driving unit b236 Place, push type cylinder c234 pushes down on sliding panel 2334, when fluted drill 2351 soon contacts garlic root, rotating cylinder 235 start to act, so that fluted drill 2351 pierces garlic center root, root are bored and is removed, and complete garlic and remove root, automate journey Degree is high, except root effect is good, improves production efficiency, saves labor export.

Further, 31 quantity of elastic parts is several, is arranged in a one-to-one correspondence with the garlic slot 2131, comprising:

Mounting base 311, the mounting base 311 are fixed on the workbench b2112；

Spring a312, the spring a312 are fixed at the center position of the mounting base 311 vertically, one end with The mounting base 311 is fixedly installed；

Casing 313, described sleeve pipe 313 are set in outside the spring a312, and its bottom is contacted with the mounting base 311 Setting；And

Steel ball 314, the steel ball 314 are fixed at the other end of the spring a312.

In the present embodiment, position is handled as the top of the elastic parts 31 due to retainer block 213, and garlic slot 2131 With 314 eccentric setting of steel ball, when being in shearing condition in cutter a225, capaciting material groove 226 passes through elastic parts 31 When, due to the retractility of spring a312, and due to being arranged with casing 313 outside spring a312, elastic parts 31 is by straight down It squeezes to the lower section of capaciting material groove 226, after shearing, capaciting material groove 226 is separated from elastic parts 31, and spring a312 upsprings Dynamic, steel ball 314 is more than garlic slot 2131, and the garlic in garlic slot 2131 is popped up to side, and clever structure, work efficiency is high, real The function of having showed automatic material receiving, saves labor export.

Further, the peeling component 32 includes:

Pedestal 321, the pedestal 321 are fixed on the workbench b2112, are offered and are received juice slot 3211；

Rewinding case 322, the rewinding case 322 are fixed at 321 top of pedestal, are located at support frame as described above a121 Between elastic parts 31, which is hollow setting, and top offers rewinding mouth 3221, and the rewinding case 322 is vertical A upward side offers garlic skin outlet 3222, and a side in 322 transverse direction of rewinding case offers air inlet 3223, Another side bottom in 322 transverse direction of rewinding case offers square groove b3224；

Friction plate 323, the friction plate 323 are fixed on the lower surface at the top of the rewinding case 322, and its two End contacts setting with the longitudinal two sides inner wall of the rewinding case 322, is arranged on the rubbing surface of the friction plate 323 several equidistant Friction particles；

Splicing plate 324, the splicing plate 324 are arranged in the rewinding mouth 3221 comprising oscillating plate 3241, spring B3242, stock guide 3243, connecting rod b3244, the oscillating plate 3241 are slidably arranged in by several spring b3242 It is provided with and several rubs on an inner wall in 322 transverse direction of rewinding case, and on a face of the oscillating plate 3241 at equal intervals Particle is wiped, is correspondingly arranged with the rubbing surface of the friction plate 323, forms peeling channel 320, the stock guide between the two 3243 connect setting, one end of the connecting rod b3244 and the stock guide 3243 with the top droop of the oscillating plate 3241 Connection setting, the other end connect setting with the spring a312, and connecting rod b3244 quantity is several, with the bullet Property component 31 is arranged in a one-to-one correspondence；And

Ventilating board 325, the angled setting in bottom of the ventilating board 325 and the rewinding case 322, and its four end faces with 322 inner wall of the rewinding case contact setting, one end of the ventilating board 325 contacts setting with the square groove b3224, and sets thereon There are several equidistant holes.

In the present embodiment, after elastic parts 31 is detached from the extruding of capaciting material groove 226, the upward springing of spring a312 will be big It on garlic bullet to stock guide 3243, is divided into peeling channel 320 along stock guide 3243, since connecting rod b3244 connection setting exists On spring a312, and since oscillating plate 3241 is arranged on the inner wall of the rewinding case 322 by spring b3242, in spring While a312 upward springing, oscillating plate 3241 vibrates simultaneously, and it ceaselessly shakes in the horizontal direction, and garlic is logical in peeling In road 320, it is vibrated the vibration of plate 3241, in dropping process, is constantly rubbed by friction plate 323 and oscillating plate 3241 The friction of particle, the skin of garlic, which is constantly destroyed, to be fallen, and since garlic at this time is by except root is handled, garlic is being rubbed During wiping vibration, garlic is divided into several garlic bulblets, and the garlic finally fallen on ventilating board 325 is the garlic bulblet of peeling, It ensure that the processing quality of next process, clever structure realize the automation that garlic peeling divides valve, improve production effect Rate saves labor export.

Further, the drying component 33 includes:

Blower 331, the blower 331 are fixed at the side of the peeling component 32；

Ventilation duct 332, described 332 one end of ventilation duct connect setting, the other end and institute with the output end of the blower 331 State the connection setting of air inlet 3223.

In the present embodiment, the output end of blower 331 is connect with air inlet 3223 by ventilation duct 332, is realized big While garlic peeling acts, the wind that blower 331 generates is exported through the skin that the hole on ventilating board 325 falls garlic from garlic skin 3222 blowouts, what it is due to the generation of blower 331 is hot wind, is fallen when on ventilating board 325 in the garlic bulblet of peeling, blower 331 pairs its carry out first time drying, ensure that subsequent garlic milling when processing quality, clever structure, automate journey Degree is high, ensure that processing quality, reduces production cost.

Further, the milling component 34 includes:

Juice plate 341 is seeped, the infiltration juice plate 341 connect setting with the bottom the square groove b3224, and it is located at the receipts juice slot Right above 3211, which offers several equidistant holes in part；

Axis 342 is squeezed, the extruding axis 342 is along the center line symmetrical setting on the vertical direction of the square groove b3224 At the square groove b3224；

Material toggling axis 343, the material toggling axis 343 are located at the side for squeezing axis 342, and outer surface is equipped with several rod for stiring materials 3431, the top of the rod for stiring materials 3431 is outer surface, and the outer surface contacts setting with the upper surface of the square groove b3224；

Powder axis 344 is ground, it is flat to be located at the square groove b3224 for the side ground powder axis 344 and be located at the material toggling axis 343 Above face, and the outer surface of the stone roller powder axis 344 is equipped with equidistant particle；

Motor supporting base 345, the motor supporting base 345 are fixed at the side for grinding powder axis 344；And

Motor 346, the motor 346 are fixed on the motor supporting base 345, and its shaft and the stone roller powder axis 344 coaxially connected settings；

Power, and the extruding are transmitted by belt 347 between the extruding axis 342, material toggling axis 343 and stone roller powder axis 344 Axis 342, material toggling axis 343 and stone roller seat supports of the powder axis 344 by two sides.

In the present embodiment, axis 342 is squeezed by setting, garlic bulblet after peeling is tumbled from ventilating board 325 to side The outlet of slot b3224, and the garlic clove is fallen into squeezing between axis 343, is squeezed the rotation of axis 343 and is squeezed garlic clove, by garlic clove It is squeezed into smashed garlic state, smashed garlic is fallen on seeping surface of the juice plate 341 equipped with several holes, since square groove b3224 setting is being entered the wind The opposite of mouth 3223, blower 331 carry out second to garlic clove and dry, garlic clove is extruded during garlic clove is squeezed into smashed garlic The juice that the juice and blower 331 that axis 343 squeezes out bake out is flowed into through the hole seeped on juice plate 341 and is received in juice slot 3211, smashed garlic In juice be oven-dried after, material toggling axis 343 drives rod for stiring materials 3431 to rotate, air-dried smashed garlic is dialed to and is ground at powder axis 344, by In grinding above 344 square groove b3224 plane of powder axis, lower section does not have hole, grinds powder axis 344 and rotates, by the particle of its outer surface to wind Dry smashed garlic is constantly rolled, until grind up realizes by the way that belt 347 is arranged and squeezes axis 342,343 and of material toggling axis The synchronous rotation for grinding powder axis 344, improves production efficiency and stability, ensure that processing quality.

Embodiment two:

Reference implementation example one describes a kind of process flow of the garlic full automatic treatment of the utility model embodiment two production.

As shown in figure 20, a kind of garlic full automatic treatment production technology, comprising the following steps:

Garlic is arranged in state straight up and is sent into shunt assembly 12, garlic warp by step 1) feeding, sequencing assembly 11 After crossing shunt assembly 12, upward, cauline leaf slide-in directed downwardly is kept off in garlic slot 1260 root；

Step 2) feeding, retainer block 213 are delivered to immediately below gear garlic slot 1260 by driving unit a214, and sensor 129 is examined Measure sensor block 2132 it is located directly below after, push type cylinder a128 drive slide damper 1262 slide, gear garlic slot 1260 beat It opens, garlic falls into garlic slot 2131；

Step 3) cuts stem, and driving unit a214 is conveyed above retainer block 213 to elastic parts 31, and garlic slot 2131 and steel Ball 314 is eccentric, cutter a225 and cutter b227 by the push type cylinder b2292 driving in shearing component 22 to garlic cauline leaf into Row is sheared, and in moving process, garlic cauline leaf is loaded into capaciting material groove 226, and elastic parts 31 is extruded under capaciting material groove 226 Surface, after completing shearing, push type cylinder b2292 drives cutter a225 and cutter b227 is reversely slowly mobile to reset；

Step 4) removes root, and driving unit b236 driving sliding unit b232 is moved to 213 top of retainer block, same with step 3) Step, fluted drill 2351 and garlic slot 2131 are coaxial, and push type cylinder c234 pushes sliding panel 2334 to move down, fluted drill 2351 After touching garlic root, rotating cylinder 235 is acted, and fluted drill 2351 rotates the root for cutting away garlic, then removes root component 23 reset；

Step 5) cauline leaf is collected, and is completed except after root, and shearing component 22 is completed at the same time reset, in cutter b227 reseting procedure, Mobile to expeller 228, expeller 228 enters in capaciting material groove 226, will be in the cauline leaf push-in reject chute 2281 of garlic；

Step 6) peeling, after shearing component 22 resets, elastic parts 31 is detached from the extruding of capaciting material groove 226, due to spring The retractility of a312, the upward springing of steel ball 314, by garlic bullet to stock guide 3243, garlic goes along the slide-in of stock guide 3243 In skin channel 320, splicing plate 324 shakes with the springing of elastic parts 31, and garlic is in peeling channel 320 by friction plate 323 and 3241 both surface friction particle of oscillating plate frictional vibration, garlic skin falls off and is divided into garlic clove one by one, dries component 33 Wind is blown by air inlet 3223, through ventilating board 325 by garlic skin from 3222 blowout of garlic skin outlet, while it is right to dry component 33 Garlic carries out first time drying；

Step 7) pulverizes milling, and the garlic clove after peeling slides along ventilating board 325 to squeezing at axis 342, and squeezing axis 342 will It pulverizes into smashed garlic, while drying component 33 and carrying out second of drying to it, and garlic juice, which flows into, to be received in juice slot 3211, material toggling axis 343 Smashed garlic is dialed to and is ground at powder axis 344, grinds powder axis for smashed garlic grinds.

It should be noted that the production technology of more traditional garlic processing, the utility model increase cauline leaf collect, peeling and Three steps of milling are pulverized, and cut stem with except the synchronous progress of two production stages of root, realize the full automatic treatment to garlic.

In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside", The orientation or positional relationship of the instructions such as " clockwise ", " counterclockwise " be based on the orientation or positional relationship shown in the drawings, be only for Convenient for description the utility model and simplify description, rather than the equipment of indication or suggestion meaning or element must have specifically Orientation is constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.

In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or Implicitly include one or more of the features.The meaning of " plurality " is two or two in the description of the present invention, More than, unless otherwise specifically defined.

The foregoing description of the disclosed embodiments, make those skilled in the art do not depart from the utility model spirit and In the case where range, various changes or equivalence replacement can be carried out to these features and embodiment.In addition, in the utility model Under introduction, it can modify to these features and embodiment practical new without departing from this to adapt to particular situation and material The spirit and scope of type.Therefore, the utility model is not limited to the particular embodiment disclosed, fallen with the application Scope of the claims in embodiment belong to the protection scope of the utility model.

Claims (9)

1. a kind of garlic full automatic treatment production system characterized by comprising

Feed mechanism (1), the feed mechanism (1) include sequencing assembly (11) and shunt assembly (12), the shunt assembly (12) it is arranged below the output end of the sequencing assembly (11)；

First processing mechanism (2), first processing mechanism (2) are arranged in the feed mechanism (1) side comprising feeding group Part (21), shearing component (22) and root component (23) are removed, the feeding material component (21) is located at the side of the shunt assembly (12), The shearing component (22) is located at the lower section of the feeding material component (21), described except root component (23) are located at the feeding material component (21) top；And

Second processing mechanism (3), top of second processing mechanism (3) setting in the feeding material component (21) comprising bullet Property component (31), peeling component (32), drying component (33) and be milled component (34), the elastic parts (31) is fixed at The lower section of the shearing component (22), the peeling component (32) are fixed at below the feeding material component (21), the baking In the side of peeling component (32), the milling component (34) is arranged in the peeling component for dry component (33) connection setting (32) output end.

2. a kind of garlic full automatic treatment production system according to claim 1, which is characterized in that the sequencing assembly (11) include:

Rack (111), rack (111) setting is on the ground；

Vibrating disk (112), the vibrating disk (112) are fixed at the top of the rack (111)；And

Transfer passage (113), output end of transfer passage (113) the connection setting in the vibrating disk (112).

3. a kind of garlic full automatic treatment production system according to claim 1, which is characterized in that the shunt assembly (12) include:

Support frame a (121), support frame as described above a (121) are located at the lower section of the sequencing assembly (11) output end, support frame a (121) top front offers sliding rail；

Slide plate (122), the slide plate (122) are inclined on support frame as described above a (121), and its end is parallel to the ground sets It sets；

Demarcation plate (123), the demarcation plate (123) are placed equidistant with along the horizontal direction of the slide plate (122) in the slide plate (122) it on, is formed sub-material channel (120)；

Limited post (124), the limited post (124) are staggered on the demarcation plate (123)；

Discharge port (125), the discharge port (125) are arranged in a one-to-one correspondence the output end in the sub-material channel (120)；

Baffle (126), baffle (126) the fitting setting is in the lower surface of the discharge port (125), and the baffle (126) is by solid Determine baffle (1261) and slide damper (1262) composition, the fixed baffle (1261) is fixed at the slide plate (122) end On the lower surface at end, several equidistant half slot a (1263), the slide damper (1262) and the support are offered thereon Sliding rail on frame a (121) plugs together sliding setting, offers several equidistant half slot b (1264), half slot a thereon (1263) it when being bonded with half slot b (1264), is formed and keeps off garlic slot (1260), the gear garlic slot (1260) and the discharge port (125) Correspond coaxial arrangement；

Cylinder supports platform a (127), the cylinder supports platform a (127) is fixed at below the slide plate (122), and it is located at Between support frame as described above a (121) and the slide plate (122)；

Push type cylinder a (128), the push type cylinder a (128) are fixed on the cylinder supports platform a (127), and The promote-side of push type cylinder a (128) connect setting with the slide damper (1262)；And

Sensor (129), the sensor (129) are fixed at the lower surface of the fixed baffle (1261).

4. a kind of garlic full automatic treatment production system according to claim 3, which is characterized in that the feeding material component (21) include:

Supporting element (211), the supporting element (211) include workbench a (2111) and workbench b (2112), the workbench a (2111) along the center line symmetrical setting in the horizontal direction of first processing mechanism (2), the workbench b (2112) is set It sets on the ground, the workbench a (2111) is arranged on the workbench b (2112) by support column support；

Sliding unit a (212), the sliding unit a (212) are fixed on the workbench a (2111)；

Retainer block (213), the retainer block (213) is fixed on sliding unit a (212), with the sliding unit a (212) slide, which offers the garlic slot (2131) of several equidistantly distributeds, the garlic slot (2131) with described point Expect that channel (120) correspond, and the retainer block (213) upper surface is provided with sensor block (2132), the sensor block (2132) It is correspondingly arranged with the sensor (129)；And

Driving unit a (214), the driving unit a (214) are fixed at the side of the workbench a (2111), driving Sliding unit a (212) drives retainer block (213) to move back and forth along the length direction of the workbench a (2111).

5. a kind of garlic full automatic treatment production system according to claim 4, which is characterized in that the shearing component (22) include:

Support rod (221), the support rod (221) symmetrically set along the center line in workbench a (2111) horizontal direction It sets, is vertically arranged with the workbench a (2111), and the both ends of the support rod (221) are fixed at the workbench a (2111) both ends, support rod (221) center are equipped with groove (2211)；

The both ends of sliding rail (222), the sliding rail (222) are fixed on the groove (2211)；

Sliding block a (223), the sliding block a (223) are slidably matched with the sliding rail (222)；

Sliding block b (224), the sliding block b (224) are slidably matched with the sliding rail (222)；

Cutter a (225), the cutter a (225) connect setting with the sliding block a (223), and edge of a knife forward position is vacantly exposed to institute State the top of (223) sliding block a, and it is with sliding block a (223) synchronizing moving；

Capaciting material groove (226), the capaciting material groove (226) are fixed at below the cutter a (225), and forward position exposure setting exists The lower section of the cutter a (225)；

Cutter b (227), the cutter b (227) connect setting with the sliding block b (224), and edge of a knife forward position is vacantly exposed to institute State the top of (224) sliding block b, and it is with sliding block b (224) synchronizing moving；And

Expeller (228), the expeller (228) are fixed on the workbench a (2111), and it is located at the cutter The side of a (225), the expeller (228) and the capaciting material groove (226) plug together setting, and are equipped with below the capaciting material groove (226) useless Hopper (2281)；

Actuator (229), the actuator (229) are arranged in workbench a (2111) side comprising cylinder supports platform b (2291), push type cylinder b (2292), push-pull rod (2293), connecting rod a (2294) and connecting rod b (2295), the cylinder supports platform B (2291) is fixed at workbench a (2111) side, and the push type cylinder b (2292) is fixed at the cylinder branch Support platform b (2291) on, the push-pull rod (2293) be slidably arranged on the cylinder supports platform b (2291) and with the push type Cylinder b (2292) connection, the connecting rod a (2294) and hingedly sets with the sliding block a (223) and the push-pull rod (2293) respectively It sets, connecting rod b (2295) centre bore is hingedly arranged with the sliding block b (224) and the push-pull rod (2293) respectively.

6. a kind of garlic full automatic treatment production system according to claim 4, which is characterized in that described to remove root component (23) include:

Support frame b (231), support frame as described above b (231) are symmetrical along the center line in workbench b (2112) horizontal direction Setting, and its outside for being located at the workbench a (2111)；

Sliding unit b (232), the sliding unit b (232) are fixed on support frame as described above b (231)；

Sliding stand (233), the sliding stand (233) are fixed on the sliding unit b (232) comprising bottom plate (2331), top plate (2332), slide-bar (2333) and sliding panel (2334), the bottom plate (2331) are equipped with and the garlic slot (2131) one-to-one hole, the top plate (2332) by the slide-bar (2333) support setting the bottom plate (2331) just Top, the quantity of the slide-bar (2333) are four, and the sliding panel (2334) is slidably arranged on the slide-bar (2333)；

Push type cylinder c (234), the push type cylinder c (234) are fixed at the lower surface center of the top plate (2332) At position, and the promote-side of push type cylinder c (234) connect setting with the upper surface of the sliding panel (2334), is pushed away by this Dynamic formula cylinder c (234) pushes the sliding panel (2334) to move back and forth up and down；

Rotating cylinder (235), the rotating cylinder (235) are fixed at the lower surface of the sliding panel (2334), should It is equipped on rotating cylinder (235) fluted drill (2351), the fluted drill (2351) and the hole on the bottom plate (2331) are same Axis setting, and the rotating cylinder (235) quantity is several, corresponds and sets with the hole on the bottom plate (2331) It sets；And

Driving unit b (236), the driving unit b (236) are fixed at the side of (231) support frame as described above b, and its with Sliding unit b (232) the connection setting, drives sliding stand by driving unit b (236) driving sliding unit b (232) (233) it is moved back and forth along the length direction of the sliding stand (233).

7. a kind of garlic full automatic treatment production system according to claim 4, which is characterized in that the elastic parts (31) quantity is several, is arranged in a one-to-one correspondence with the garlic slot (2131), comprising:

Mounting base (311), the mounting base (311) are fixed on the workbench b (2112)；

Spring a (312), the spring a (312) are fixed at the center position of the mounting base (311), one end vertically It is fixedly installed with the mounting base (311)；

Casing (313), described sleeve pipe (313) are set in the spring a (312) outside, and its bottom connects with the mounting base (311) Touching setting；And

Steel ball (314), the steel ball (314) are fixed at the other end of the spring a (312).

8. a kind of garlic full automatic treatment production system according to claim 4, which is characterized in that the peeling component (32) include:

Pedestal (321), the pedestal (321) are fixed on the workbench b (2112), offer and receive juice slot (3211)；

Rewinding case (322), the rewinding case (322) are fixed at the top of the pedestal (321), are located at support frame as described above a (121) between elastic parts (31), which is hollow setting, and top offers rewinding mouth (3221), the receipts The longitudinal side of hopper (322) offers garlic skin outlet (3222), and a side in rewinding case (322) transverse direction is opened Equipped with air inlet (3223), another side bottom in rewinding case (322) transverse direction offers square groove b (3224)；

Friction plate (323), the friction plate (323) are fixed on the lower surface at the top of the rewinding case (322), and its Both ends contact setting with the longitudinal two sides inner wall of rewinding case (322), are arranged on the rubbing surface of the friction plate (323) several Equidistant friction particles；

Splicing plate (324), splicing plate (324) setting is in the rewinding mouth (3221) comprising oscillating plate (3241), bullet Spring b (3242), stock guide (3243), connecting rod b (3244), the oscillating plate (3241) pass through several spring b (3242) it is slidably arranged on an inner wall in rewinding case (322) transverse direction, and on a face of the oscillating plate (3241) Several equidistant friction particles are provided with, are correspondingly arranged with the rubbing surface of the friction plate (323), is formed go between the two Skin channel (320), the stock guide (3243) connect setting, the connecting rod b with the top droop of the oscillating plate (3241) (3244) one end connect setting with the stock guide (3243), and the other end connect setting with the spring a (312), the company Extension bar b (3244) quantity is several, is arranged in a one-to-one correspondence with the elastic parts (31)；And

The angled setting in the bottom of ventilating board (325), the ventilating board (325) and the rewinding case (322), and its four end faces Setting is contacted with rewinding case (322) inner wall, one end of the ventilating board (325) contacts setting with the square groove b (3224), and It which is provided with several equidistant holes.

9. a kind of garlic full automatic treatment production system according to claim 8, which is characterized in that the drying component (33) include:

Blower (331), the blower (331) are fixed at the side of peeling component (32)；

Ventilation duct (332), described ventilation duct (332) one end connect setting with the output end of the blower (331), the other end with Air inlet (3223) the connection setting；

The milling component (34) includes:

It seeps juice plate (341), the infiltration juice plate (341) connect setting with square groove b (3224) bottom, and it is located at the receipts juice Right above slot (3211), which offers several equidistant holes in part；

It squeezes axis (342), extruding axis (342) symmetrically sets along the center line on the vertical direction of the square groove b (3224) It sets at the square groove b (3224)；

Material toggling axis (343), the material toggling axis (343) are located at the side for squeezing axis (342), and outer surface is equipped with several material togglings The top of bar (3431), the rod for stiring materials (3431) is outer surface, and the outer surface is contacted with the upper surface of the square groove b (3224) Setting；

It grinds powder axis (344), the side ground powder axis (344) and be located at the material toggling axis (343) is located at the square groove b (3224) above plane, and the outer surface of the stone roller powder axis (344) is equipped with equidistant particle；

Motor supporting base (345), the motor supporting base (345) are fixed at the side for grinding powder axis (344)；And

Motor (346), the motor (346) are fixed on the motor supporting base (345), and its shaft and the stone roller powder Axis (344) coaxially connected setting；

Power is transmitted by belt (347) between the extruding axis (342), material toggling axis (343) and stone roller powder axis (344), and described It squeezes axis (342), material toggling axis (343) and grinds the seat supports that powder axis (344) pass through two sides.