CN209121242U - A kind of garlic cauline leaf is automatically separated classified collection device - Google Patents

Abstract

The utility model relates to a kind of garlic cauline leafs to be automatically separated classified collection device, comprising: feeding distribution mechanism, the feeding distribution mechanism include support component a and the shunt assembly that is arranged on the support component a；Feeding mechanism, the feeding mechanism are located in the feeding distribution mechanism side comprising support component b, the retainer component being fixed above the support component b；And processing mechanism, the processing mechanism is arranged below the feeding mechanism comprising the shearing component below the retainer component is arranged in, is eccentrically set on marble component below the shearing component, the rewinding component that marble component two sides are arranged in and the driving assembly that the side the support component b is arranged in；The utility model solves the problems, such as manually to fill garlic and manually sorts garlic cauline leaf, and structure is simple, and ingenious, high degree of automation greatly improves working efficiency, reduces labour cost.

Description

A kind of garlic cauline leaf is automatically separated classified collection device

Technical field

Stem technical field is cut the utility model relates to garlic more particularly to a kind of garlic cauline leaf is automatically separated categorised collection dress It sets.

Background technique

For garlic as a kind of vegetables based food common in life, other food that can not only arrange in pairs or groups make delicious dish Meat and fish dishes also has very high medical value.The plantation amount of China garlic is very big, and Garlic yield accounts for the 70% of global Garlic yield Left and right, but be manually, not only to waste a large amount of labours in this way, efficiency is also very low mostly to the processing of garlic.

The patent document of Patent No. CN201410070156.7 discloses spill garlic root automatic cut-off device, including solid Fixed rack, fixed bracket top are equipped with transmitting device, and the top of transmitting device side is equipped with cutting apparatus and mobile device；Transmission Device includes equidistant on conveyer belt cutting apparatus ipsilateral transmission main shaft and be connected with transmission main shaft, conveyer belt is equipped with Several care feed trays；Cutting apparatus includes motor, and motor shaft is equipped with below motor, and motor shaft is covered and clamping device phase by knife bar Even, the lower end of knife bar set is connected by screw rod with cutter；Mobile device includes hanging down to moving bracket, and cutting apparatus, which is located to hang down, moves bracket On, the shifting bracket that hangs down, which is equipped with to hang down, moves executive component, and the shifting bracket that hangs down is connected by linear bearing seat with vertical guide rail, and vertical guide rail is set It sets on traversing bracket, linear guide is connected by linear bearing seat I with traversing bracket；Transmitting device and cutting apparatus are set respectively There is position detecting mechanism, has the beneficial effect that by combining transmitting device, cutting apparatus and mobile device, garlic can be made During conveying mobile, by garlic rhizoma with the excision of concave ball shape state.

But in actual use, inventor has found that the technical solution is excessively cumbersome, and when carrying out rhizome excision Not only need it is artificial garlic is accurately placed on care feed tray, but also cauline leaf separate collection can not can not be significantly reduced The problem of labour cost.

Utility model content

The purpose of this utility model is in view of the deficiencies of the prior art, by the way that shunt assembly is arranged, so that being put into Garlic fibrous root is fitted into retainer slot lower, is positioned to garlic, and then garlic cauline leaf is classified by shearing component and is charged, from And solving artificial dress garlic and artificial the step of sorting garlic cauline leaf, clever structure, work efficiency is high.

Against the above technical problems, as follows using technical solution: a kind of garlic cauline leaf is automatically separated classified collection device, wraps It includes:

Feeding distribution mechanism, the feeding distribution mechanism include support component a and the shunt assembly that is arranged on the support component a；

Feeding mechanism, the feeding mechanism are arranged in the feeding distribution mechanism side comprising support component b, fixed setting Retainer component above the support component b；And

Processing mechanism, the processing mechanism are arranged below the feeding mechanism comprising are arranged in the retainer component The shearing component of lower section, the receipts for being eccentrically set on marble component below the shearing component, marble component two sides being set Material component and the driving assembly that the side the support component b is set.

Preferably, the shunt assembly further include:

Slide plate, the slide plate are inclined on the support component a；

Demarcation plate, the demarcation plate are placed equidistant on the slide plate along the horizontal direction of the slide plate (121), are formed Sub-material channel；

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

Discharge port, the discharge port are fixed at the slide plate output end and parallel to the ground.

Preferably, the support component b further include:

Workbench a, the workbench a are fixed on the center line in the horizontal direction of the feeding mechanism；

Workbench b, the workbench b are symmetricly set on the two sides the workbench a；

Workbench c, the workbench c setting is on the ground；And

The workbench a and workbench b is supported by support column.

Preferably, the retainer component further include:

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

Retainer slot, the retainer slot connect setting with the sliding unit；And

Retainer slot driving unit, in the side the support component b, the retainer slot is driven for the retainer slot driving unit setting Moving cell drives the retainer slot to move back and forth along the length direction of the workbench b by the sliding unit.

Preferably, the sliding unit further include:

Sliding rail a, the sliding rail a are fixed on the workbench b；And

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

Preferably, the retainer slot driving unit further include:

Motor supporting table, the motor supporting table are fixed at retainer slot side；

Sliding rail b, the sliding rail b are fixed on the workbench a；

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

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

Cutter a, the cutter a 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；

Capaciting material groove, the capaciting material groove are fixed at below the cutter a；

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

Expeller a, the lower section of the cutter b is arranged in the exposure of the forward position the expeller a, and it is plugged together with the capaciting material groove Setting；And

Expeller b, the other side of the cutter b is arranged in the expeller b, and it is plugged together with the capaciting material groove.

Preferably, the driving component further include:

Cylinder supports platform, the cylinder supports platform are fixed at the side the support component b；

Cylinder, the cylinder are fixed on the cylinder supports platform；

Push-pull rod, the push-pull rod are slidably arranged on the cylinder supports platform and connect with the cylinder

Connecting rod a, the connecting rod a centre bore be fixed on the cylinder supports platform and respectively with the sliding block b and institute It is hinged to state push-pull rod；And

Connecting rod b, the connecting rod b centre bore be fixed on the cylinder supports platform and respectively with the sliding block c and institute It is hinged to state push-pull rod.

Preferably, the marble component further include:

Bottom plate, the bottom plate are fixed on the workbench c；

Spring, the spring are vertically arranged on the bottom plate；And

Ball, the ball are fixed at the spring top.

Preferably, the rewinding component further include:

Receiving vat a, the receiving vat a are fixed at the marble component right side；And

Receiving vat b, the receiving vat b are fixed at the marble component left side.

The utility model has the beneficial effects that

(1) in the utility model, by the way that feeding distribution mechanism is arranged, it is put into the vertical shape that garlic keeps garlic downward in root one by one State enters in retainer component, is sheared by shearing component to it, while the cauline leaf of garlic being separately pushed into rewinding bucket, knot Structure is simple, ingenious, and high degree of automation greatly improves working efficiency, reduces labour cost；

(2) by setting rack-and-pinion and sliding part in the utility model, so that garlic is in discharge port back and forth and shearing position It can quickly, precisely, smoothly be slided between setting, realize the automation of garlic delivery, reduce labour cost, improve work effect Rate；

(3) it by setting connecting rod in the utility model, realizes that a cylinder controls two cutters while moving, ensure that two Cutter is accurate, error free during moving toward one another, reduce production cost；

(4) it by the eccentric setting of setting marble component and retainer slot in the utility model, realizes after completing shearing Garlic precisely spring into receiving vat, clever structure, practicability is high；

(5) by the way that special cutter is arranged in the utility model, realizing loading garlic leaf, shearing in shear history terminates Afterwards, garlic leaf is pushed into the function in receiving vat, structure is simple but ingenious practical.

In conclusion the equipment has structure simple, ingenious, operation is easy, high degree of automation, low excellent of labour cost Point is particularly suitable for garlic and cuts stem technical field.

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 schematic perspective view for the environment-friendly automatic device that the utility model garlic cauline leaf separates categorised collection.

Fig. 2 is the cross-sectional view for the environment-friendly automatic device that the utility model garlic cauline leaf separates categorised collection.

Fig. 3 is the partial enlarged view for the environment-friendly automatic device cross-sectional view that the utility model garlic cauline leaf separates categorised collection.

Fig. 4 is the environment-friendly automatic device shearing condition cross-sectional view that the utility model garlic cauline leaf separates categorised collection.

Fig. 5 is that the environment-friendly automatic device shearing condition cross-sectional view of the utility model garlic cauline leaf separation categorised collection is locally put Big figure.

Fig. 6 is that the shunt assembly stereochemical structure for the environment-friendly automatic device that the utility model garlic cauline leaf separates categorised collection is shown It is intended to.

Fig. 7 is the support component b stereochemical structure for the environment-friendly automatic device that the utility model garlic cauline leaf separates categorised collection Schematic diagram.

Fig. 8 is that the retainer component stereochemical structure for the environment-friendly automatic device that the utility model garlic cauline leaf separates categorised collection is shown It is intended to.

Fig. 9 is the retainer component partial enlargement knot for the environment-friendly automatic device that the utility model garlic cauline leaf separates categorised collection Structure schematic diagram.

Figure 10 is the sliding unit stereochemical structure for the environment-friendly automatic device that the utility model garlic cauline leaf separates categorised collection Schematic diagram.

Figure 11 is the sliding unit partial enlargement for the environment-friendly automatic device that the utility model garlic cauline leaf separates categorised collection Structural schematic diagram.

Figure 12 is the shearing component and driving group for the environment-friendly automatic device that the utility model garlic cauline leaf separates categorised collection Part schematic perspective view.

Figure 13 is the environment-friendly automatic working state of device structural schematic diagram that the utility model garlic cauline leaf separates categorised collection.

Figure 14 is the environment-friendly automatic device shearing condition cross-sectional view that the utility model garlic cauline leaf separates categorised collection.

Figure 15 is the spring assembly and discharging group for the environment-friendly automatic device that the utility model garlic cauline leaf separates categorised collection Part schematic perspective view.

Figure 16 is the spring assembly and discharging group for the environment-friendly automatic device that the utility model garlic cauline leaf separates categorised collection Part partial enlargement structural representation.

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

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4 and Fig. 5, a kind of garlic cauline leaf is automatically separated classified collection device, comprising:

Feeding distribution mechanism 1, the feeding distribution mechanism 1 include support component a11 and the shunting being arranged on the support component a11 Component 12；

Feeding mechanism 2, the feeding mechanism 2 are arranged in 1 side of feeding distribution mechanism comprising support component b21, fixation Retainer component 22 above the support component b21 is set；And

Processing mechanism 3, the processing mechanism 3 are arranged below the feeding mechanism 2 comprising are arranged in the retainer group The shearing component 31 of 22 lower section of part, is arranged in the marble marble component 32 for being eccentrically set on 31 lower section of shearing component The rewinding component 33 of 32 two sides of component and the driving assembly 34 that the side the support component b21 is set.

In the present embodiment, by the way that feeding distribution mechanism 1 is arranged, it is put into the vertical form that garlic keeps garlic downward in root one by one Into in the retainer component 22, it is sheared by the shearing component 31, while the cauline leaf of garlic is separately packed into institute State in rewinding component 33, structure is simple, and ingenious, high degree of automation greatly improves working efficiency, reduce labour at This；

Further, as shown in fig. 6, the shunt assembly 12 further include:

Slide plate 121, the slide plate 121 are inclined on the support component a11；

Demarcation plate 122, the demarcation plate 122 are placed equidistant with along the horizontal direction of the slide plate 121 in the slide plate 121 On, form sub-material channel；

Limited post 123, the limited post 123 are staggered on the demarcation plate 122；And

Discharge port 124, the discharge port 124 are fixed at 121 output end of slide plate and parallel to the ground.

In the present embodiment, by the way that slide plate 121 is arranged, after garlic is put up, garlic can automatically be tumbled, by described Demarcation plate 122 and limited post 123, the garlic made are in that the state fallen down slides downwards, and due to the effect of impact force, garlic is entering The downward vertical form of 124 Shi Huicheng root of institute's discharge port.

Further, as shown in fig. 7, the support component b21 further include:

Workbench a211, the workbench a211 are fixed at the center line in the horizontal direction of the feeding mechanism 2 On；

Workbench b212, the workbench b212 are symmetricly set on the two sides the workbench a211；

Workbench c213, the workbench c setting is on the ground；And

The workbench a211 and workbench b212 is supported by support column.

In the present embodiment, by the way that the support component b21 is arranged come to the retainer component 22 and the shearing component 31 are supported and fix.

Further, as shown in figure 8, the retainer component 22 includes:

Sliding unit 221, the sliding unit 221 are fixed on the workbench b212；

Retainer slot 222, the retainer slot 222 connect setting with the sliding unit 221；And

Retainer slot driving unit 223, the retainer slot driving unit 223 setting are described in the side the support component b21 Retainer slot driving unit 223 drives the retainer slot 222 along the length side of the workbench b212 by the sliding unit 221 To reciprocating movement.

Further, as shown in Figure 10 and Figure 11, the sliding unit 221 includes:

Sliding rail a2211, the sliding rail a2211 are fixed on the workbench b212；And

Sliding block a2212, the sliding block a2212 are slidably matched with the sliding rail a2211.

Further, as shown in Figure 8 and Figure 9, the retainer slot driving unit 223 includes:

Motor supporting table 2231, the motor supporting table 2231 are fixed at 222 side of retainer slot；

Motor 2232, the motor 2232 are fixed on the motor supporting table 2231；

The shaft of gear 2233, the gear 2233 and the motor 2232 is coaxially connected；And

Rack gear 2234, the rack gear 2234 are fixedly connected with setting, and itself and the gear with 222 side of retainer slot 2233 engagements.

In the present embodiment, by setting sliding unit 211 and retainer slot driving unit 223, so that the retainer slot 222 It can quickly, precisely, smoothly slide into 31 top of 124 lower section of discharge port and the shearing component.

Further, such as Figure 12, Figure 13 and Figure 14, shearing component 31 includes:

Sliding rail b311, the sliding rail b311 are fixed on the workbench a211；

Sliding block b312, the sliding block b312 are slidably matched with the sliding rail b311；

Sliding block c313, the sliding block c313 are slidably matched with the sliding rail b311；

Cutter a314, the cutter a314 and the sliding block b312 connect setting, and edge of a knife forward position is vacantly exposed to described The top of sliding block b312, and it is with the sliding block b312 synchronizing moving；

Capaciting material groove 315, the capaciting material groove 315 are fixed at below the cutter a314；

Cutter b316, the cutter b316 and the sliding block c313 connect setting, and edge of a knife forward position is vacantly exposed to described The top of sliding block c313, and it is with the sliding block c313 synchronizing moving；

Expeller a317, the exposure of the forward position the expeller a317 are arranged in the lower section of the cutter b316, and its with it is described Capaciting material groove 315 plugs together setting；And

The other side of the cutter b316, and itself and the capaciting material groove is arranged in expeller b318, the expeller b318 315 plug together.

Further, as shown in Figure 12 and Figure 13, the driving component 34 includes:

Cylinder supports platform 341, the cylinder supports platform 341 are fixed at the side the support component b21；

Cylinder 342, the cylinder 342 are fixed on the cylinder supports platform 341；

Push-pull rod 343, the push-pull rod 343 are slidably arranged on the cylinder supports platform 341 and connect with the cylinder 342 It connects

Connecting rod a344, the connecting rod a344 centre bore be fixed on the cylinder supports platform 341 and respectively with it is described Sliding block b312 and the push-pull rod 343 are hinged；And

Connecting rod b345, the connecting rod b345 centre bore be fixed on the cylinder supports platform 341 and respectively with it is described Sliding block c313 and the push-pull rod 343 are hinged.

In the present embodiment, by the way that connecting rod a344 and connecting rod b345 is arranged, so that the cylinder 342 is in push state When, the cutter a314 and cutter b316 separation are described when affiliated cylinder 342 is in contraction state into shearing condition Cutter a314 and cutter b316 close up, into shearing condition.

Further, as shown in Fig. 2, Fig. 3, Fig. 4, Fig. 5, Figure 15 and Figure 16,32 component of marble includes:

Bottom plate 321, the bottom plate 321 are fixed on the workbench c213；

Spring 322, the spring 322 are vertically arranged on the bottom plate 321；And

Ball 323, the ball 323 are fixed at 322 top of spring.

Further, as shown in Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Figure 15, rewinding component 33 includes:

Receiving vat a331, the receiving vat a331 are fixed at 32 right side of marble component；

And

Receiving vat b332, the receiving vat b332 are fixed at 32 left side of marble component.

In the present embodiment, by by under 32 eccentric setting of spring assembly and retainer slot 222, so that ball 33 terminates in shearing Afterwards, the garlic in retainer slot 222 is accurately sprung into receiving vat a331.

The course of work:

Garlic is put into one by one in several split channels in feeding distribution mechanism 1 first, garlic is due to the work by gravitation With, along inclined 121 slide downward of slide plate, when by limited post 123, garlic can fall down, before sliding into discharge port 124, by In the effect by impact force, garlic can enter discharge port in the downward vertical state of root, then the support of 124 lower section of discharge port Hopper 222 can enter clipped position with garlic, and cylinder 342 starts to shrink, and cutter a314 and cutter b316 start to close up, Before contact, when cutter b316 is mobile, the marble component 32 of expeller a317 compressing lower section below makes its retracted downward, together When, garlic is pushed into the capaciting material groove 315 below cutter a314, after completing shearing, cutter starts to retract, and marble component 32 is released It puts, tension of the ball 323 by spring 322 moves upwards, since the retainer slot 222 to top is eccentric setting, so by stem is cut Garlic afterwards is ejected into discharge tank a331, while cutter a314, during retracting, the garlic leaf in capaciting material groove 315 is pushed away Material block b318 is pushed into discharge tank b332, and after the completion of shearing, retainer slot 222 returns to 124 lower section of discharge port, completes one action Process.

In the description of the present invention, it should be understood that the orientation or position of the instructions such as term " front and back ", " left and right " Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, without It is that the equipment of indication or suggestion meaning or component must have a particular orientation, be constructed and operated in a specific orientation, therefore not It can be interpreted as the limitation to utility model.

Certainly in the technical scheme, those skilled in the art is it should be understood that term " one " is interpreted as " at least One " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other implementation In example, the quantity of the element can be it is multiple, term " one " should not be understood as the limitation to quantity.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, the variation that anyone skilled in the art can readily occur under the technical clarification of the utility model Or replacement, it should be covered within the scope of the utility model.Therefore, the protection scope of the utility model should be with right Subject to the protection scope of claim.

Claims (10)

1. a kind of garlic cauline leaf is automatically separated classified collection device characterized by comprising

Feeding distribution mechanism (1), the feeding distribution mechanism (1) include support component a (11) and are arranged on the support component a (11) Shunt assembly (12)；

Feeding mechanism (2), the feeding mechanism (2) are arranged in the feeding distribution mechanism (1) side comprising support component b (21), The retainer component (22) being fixed above the support component b (21)；And

Processing mechanism (3), processing mechanism (3) setting is below the feeding mechanism (2) comprising is arranged in the retainer Shearing component (31) below component (22), the marble component (32) being eccentrically set below the shearing component (31), setting Marble component (32) two sides rewinding component (33) and setting support component b (21) side driving assembly (34)。

2. a kind of garlic cauline leaf according to claim 1 is automatically separated classified collection device, which is characterized in that the shunting Component (12) includes:

Slide plate (121), the slide plate (121) are inclined on the support component a (11)；

Demarcation plate (122), the demarcation plate (122) are placed equidistant with along the horizontal direction of the slide plate (121) in the slide plate (121) on, sub-material channel is formed；

Limited post (123), the limited post (123) are staggered on the demarcation plate (122)；And

Discharge port (124), the discharge port (124) are fixed at the slide plate (121) output end and parallel to the ground.

3. a kind of garlic cauline leaf according to claim 1 is automatically separated classified collection device, which is characterized in that the support Component b (21) includes:

Workbench a (211), the workbench a (211) are fixed at the center in the horizontal direction of the feeding mechanism (2) On line；

Workbench b (212), the workbench b (212) are symmetricly set on workbench a (211) two sides；

Workbench c (213), workbench c (213) setting is on the ground；And

The workbench a (211) and workbench b (212) are supported by support column.

4. a kind of garlic cauline leaf according to claim 3 is automatically separated classified collection device, which is characterized in that the retainer Component (22) includes:

Sliding unit (221), the sliding unit (221) are fixed on the workbench b (212)；

Retainer slot (222), the retainer slot (222) connect setting with the sliding unit (221)；And

Retainer slot driving unit (223), the retainer slot driving unit (223) are arranged in support component b (21) side, institute It states retainer slot driving unit (223) and drives the retainer slot (222) along the workbench b by the sliding unit (221) (212) length direction moves back and forth.

5. a kind of garlic cauline leaf according to claim 4 is automatically separated classified collection device, which is characterized in that the sliding Unit (221) includes:

Sliding rail a (2211), the sliding rail a (2211) are fixed on the workbench b (212)；And

Sliding block a (2212), the sliding block a (2212) are slidably matched with the sliding rail a (2211).

6. being automatically separated classified collection device according to a kind of garlic cauline leaf as claimed in claim 4, which is characterized in that the retainer slot Driving unit (223) includes:

Motor supporting table (2231), the motor supporting table (2231) are fixed at retainer slot (222) side；

Motor (2232), the motor (2232) are fixed on the motor supporting table (2231)；

Gear (2233), the gear (2233) and the shaft of the motor (2232) are coaxially connected；And

Rack gear (2234), the rack gear (2234) are fixedly connected with setting, and itself and the gear with retainer slot (222) side (2233) it engages.

7. a kind of garlic cauline leaf according to claim 3 is automatically separated classified collection device, which is characterized in that the shearing Component (31) includes:

Sliding rail b (311), the sliding rail b (311) are fixed on the workbench a (211)；

Sliding block b (312), the sliding block b (312) are slidably matched with the sliding rail b (311)；

Sliding block c (313), the sliding block c (313) are slidably matched with the sliding rail b (311)；

Cutter a (314), the cutter a (314) connect setting with the sliding block b (312), and edge of a knife forward position is vacantly exposed to institute State the top of (312) sliding block b, and it is with sliding block b (312) synchronizing moving；

Capaciting material groove (315), the capaciting material groove (315) are fixed at below the cutter a (314)；

Cutter b (316), the cutter b (316) connect setting with the sliding block c (313), and edge of a knife forward position is vacantly exposed to institute State the top of (313) sliding block c, and it is with sliding block c (313) synchronizing moving；

Expeller a (317), (317) forward position the expeller a exposure is arranged in the lower section of the cutter b (316), and itself and institute It states capaciting material groove (315) and plugs together setting；And

Expeller b (318), the expeller b (318) is arranged in the other side of the cutter b (316), and it expects with the appearance Slot (315) plugs together.

8. a kind of garlic cauline leaf according to claim 7 is automatically separated classified collection device, which is characterized in that the driving Component (34) includes:

Cylinder supports platform (341), the cylinder supports platform (341) are fixed at support component b (21) side；

Cylinder (342), the cylinder (342) are fixed on the cylinder supports platform (341)；

Push-pull rod (343), the push-pull rod (343) be slidably arranged on the cylinder supports platform (341) and with the cylinder (342) it connects

Connecting rod a (344), connecting rod a (344) centre bore be fixed on the cylinder supports platform (341) and respectively with institute It states sliding block b (312) and the push-pull rod (343) is hinged；And

Connecting rod b (345), connecting rod b (345) centre bore be fixed on the cylinder supports platform (341) and respectively with institute It states sliding block c (313) and the push-pull rod (343) is hinged.

9. a kind of garlic cauline leaf according to claim 3 is automatically separated classified collection device, which is characterized in that the marble Component (32) includes:

Bottom plate (321), the bottom plate (321) are fixed on the workbench c (213)；

Spring (322), the spring (322) are vertically arranged on the bottom plate (321)；And

Ball (323), the ball (323) are fixed at the spring (322) top.

10. a kind of garlic cauline leaf according to claim 1 is automatically separated classified collection device, which is characterized in that the receipts Expect that component (33) include:

Receiving vat a (331), the receiving vat a (331) are fixed on the right side of the marble component (32)；And

Receiving vat b (332), the receiving vat b (332) are fixed on the left of the marble component (32).