CN207983769U - The modified master batch manufacturing equipment of degradable agricultural nursery film - Google Patents

Abstract

The utility model is related to the modified master batch manufacturing equipments of degradable agricultural nursery film, including：Molding machine, molding machine include shaping mechanism and switching mechanism, and forming unit is offered on shaping mechanism；Feeding equipment, feeding equipment matching are arranged in the side of shaping mechanism comprising feeding warehouse and driving mechanism；The cooling unit for being offered on the other side of the shaping mechanism, shaping mechanism and being connected to setting with cooling device is arranged in cooling device, the relatively described feeding equipment matching of cooling device；Cooling unit is used to the molten liquid in forming unit being cooled to bar material when work；And drawing mechanism, drawing mechanism matching are arranged in shaping mechanism side and positioned at feeding equipment and cooling device between, drawing mechanism is seen bar material after cooling off from forming unit internal pressure using air pressure inside it when work；The utility model solves it, and to include the steps that molding, cooling, conveying preceding process work cannot synchronize progress, and then waste time, the technical problem that workflow is unstable.

Description

The modified master batch manufacturing equipment of degradable agricultural nursery film

Technical field

The utility model is related to biology manufacture grain technical field more particularly to the modified master batch systems of degradable agricultural nursery film Manufacturing apparatus.

Background technology

Agricultural film be applied to agricultural production plastic film general name, for seedtime moisturizing, kept the temperature it is non- Normal important role, with the progress of science and technology, the requirement to agricultural film is higher and higher, and various novel thin films constantly go out It is existing, now introduce several advanced agricultural films：Light and thin type film, multipurpose film, long-lived film, weeding film, insect prevention film, Diseases prevention film, degradable film；Wherein degradable film is to adapt to the novel agricultural that society generates the needs of environmental protection Film, primary raw material are that degradation master batch is formed with plastic pellet mixture manufacturing.Degradation be using the microorganism in nature over the ground Film, which corrodes, either to be aoxidized mulch using sunlight and reaches degradation.

The patent document of Patent No. CN104985715A discloses plastic granulating equipment, by front and back sequentially connected crushing Machine, screw rod conveyor, the first screw extruder, the second screw extruder, pellet device, dehydration device and discharge barrel composition, spiral shell The discharge port of bar conveyer is connected by positive feed device with the feed inlet of the first screw extruder, the second screw extruder Mounting height is less than the first screw extruder, the discharge port phase of the feed inlet of the second screw extruder and the first screw extruder It connects, pellet device is installed on the discharge port of the second screw extruder, and the discharge port of pellet device passes through deflector chute and dehydration device Feed inlet connect, the discharge port of dehydration device is connected by conveyance conduit with the top feed mouth of discharge barrel, and conveyance conduit is equipped with First wind turbine carries out air blast, and discharge barrel is equipped with the second wind turbine and carries out air blast；The utility model can using waste plastics film come high speed, High quality of production plastic pellet.

But in actual use, utility model people has found that at it include molding, cooling, conveying preceding process Step work cannot synchronize progress, and then waste time, the problem that workflow is unstable.

Utility model content

The purpose of this utility model is in view of the deficiencies of the prior art, to coordinate cooling dress by the way that feeding equipment is arranged Set so that enter the molten liquid fast cooling shaping in shaping mechanism, recycle molding machine, driven by switching mechanism described in The power and energy of charging and discharging is realized in shaping mechanism rotation, at it includes molding, cooling, conveying preceding process to solve The step of work cannot synchronize progress, and then waste time, the technical problem that workflow is unstable, and then realize and entirely set Standby working relation is close, and the same structure can carry out the use of multistation, and clever structure saves the time, improves the efficiency of work, Reduce the effect of production cost.

It is as follows using technical solution for the above technical problem：Multi-functional switching is manufactured equipment, including：

Molding machine, the molding machine include for being molded the shaping mechanism of bar material and being arranged in the shaping mechanism On switching mechanism, offer forming unit on the shaping mechanism, when work, the switching mechanism drove the shaping mechanism The power and energy of charging and discharging is realized in rotation；

Feeding equipment, the feeding equipment matching are arranged in the side of the shaping mechanism comprising for holding melting Liquid and the feeding warehouse that setting is connected to the forming unit and the driving mechanism on the outside of the feeding warehouse, the drive of when work Motivation structure is for pushing to the molten liquid in feeding warehouse in the forming unit；

Cooling device, the relatively described feeding equipment matching of the cooling device are arranged in the other side of the shaping mechanism, The cooling unit that setting is connected to the cooling device is offered on the shaping mechanism；The cooling unit is used to incite somebody to action when work Molten liquid in forming unit is cooled to bar material；And

Drawing mechanism, the drawing mechanism matching setting is in the shaping mechanism side and is located at the feeding equipment and institute Between stating cooling device, when work the drawing mechanism using its internal air pressure by bar material after cooling out of forming unit Force feed is gone out.

Preferably, the cooling device includes：

Cooling storehouse, the cooling storehouse are connected to setting with the cooling unit and with the feeding warehouse along the shaping mechanism The positional symmetry of shaft centre line is arranged；

Slow pressure space, the slow pressure space are connected to setting with the forming unit, are used to coordinate feeding warehouse single to molding Molten liquid is pushed in first；And

It is connected to inside air blast part, the air blast part and the cooling storehouse and is used for transporting cold-air comprising be located at described cold But the inflator pump on the outside of storehouse and one end and cooling storehouse inside are connected to setting and are connected to inside its other end and the inflator pump The air hose of setting.

Preferably, offering the hot-air muffler for heating molten liquid in feeding warehouse outside the feeding warehouse；

The feed cavity that setting is connected to the forming unit, the feed cavity both sides and position are offered in the middle part of the feeding warehouse In offered in the feeding warehouse be connected to the cooling unit setting venting cavity；

Material guiding parts are provided with above the feed cavity, the material guiding parts are used to import molten liquid by hot-air muffler and feed Chamber.

Preferably, the drawing mechanism includes：

It is pressurized storehouse, the supercharging storehouse is vertically arranged with the feeding warehouse and cooling storehouse respectively, offers air inlet thereon；

Dipper crowding gear, the dipper crowding gear include being opened on the madial wall of the supercharging storehouse and being symmetrically set with two Sliding slot and be arranged it is described supercharging storehouse in thimble unit, the thimble unit includes slidably being arranged in the sliding slot Top plate is set in qually spaced in the thimble on the top plate with several；And

Booster body, the booster body include the main pipeline for be connected to setting inside one end and the venting cavity, one end and Inside the main pipeline the secondary pipeline a being arranged, one end and the main pipeline are connected to inside connection and the other end and the supercharging storehouse The secondary pipeline b being arranged and setting are connected in the secondary pipeline a and time pipeline b inside inside connection and the other end and the supercharging storehouse The switch member of crossover location；

The secondary pipeline a is located at thimble unit rear, and the secondary pipeline b is located in front of the thimble unit；

The switch member includes the ball valve for opening up right angle two-direction hole, the rotation axis being connect with the ball valve, it is described to be set in Rotation axis turns tooth, turns that tooth matches the rack of setting and one end is fixedly connected with the rack described in its other end passes through with described The connecting rod that supercharging storehouse is fixedly connected with the top plate.

Preferably, the forming unit includes：

Molded part a, the molded part a are along the shaping mechanism horizontal direction through setting；And

Molded part b, the molded part b are handed over along the shaping mechanism longitudinal direction through setting and with the molded part a Mistake is vertical and is not mutually connected to setting；

The molded part a and molded part b includes being made of and along described the equidistant horizontal array of several forming holes Shaping mechanism short transverse is uniformly arranged several groups.

Preferably, the cooling unit includes：

Cooling piece a, the cooling piece a are symmetricly set on the both sides of the molded part a；And

Cooling piece b, the cooling piece b be symmetricly set on the both sides of the molded part b and with the cooling piece a serrated verticals And it is not mutually connected to setting；

The cooling piece a and cooling piece b is made of the equidistant horizontal array of several cooling holes, cooling piece a and cold But part b is uniformly arranged several groups each along the shaping mechanism short transverse.

Preferably, the driving mechanism includes：

Pedestal, the pedestal are located at outside the feeding warehouse；

Horizontal sliding cylinder, the horizontal sliding cylinder installation is on the base；And

Flat-pushing part, described flat-pushing part one end are fixedly connected with the telescopic end of the horizontal sliding cylinder, and the other end is slidably set It sets in the feed cavity comprising the push rod being plugged in the feed cavity, the pressure being fixedly connected with the push rod other end Plate and the material-blocking plate in the pressing plate upper end is set.

Preferably, the switching mechanism includes：

Shaft, the shaft are fixed on the shaping mechanism and are coaxially disposed with the shaping mechanism；

Gear, the gear are fixedly mounted in the shaft and are coaxially disposed with the shaft；And

Tooth moves component, and it includes the interlocking lever and the company that one end is fixedly connected with the driving mechanism that the tooth, which moves component, The cavity box body of lever other end connection is fixed in the cavity box body and along the cavity box body length direction array Several fixing axle, the teeth being rotatably provided in the fixing axle and the limited block in the teeth side is set.

Preferably, the shaping mechanism side is additionally provided with conveying storehouse, the conveying storehouse and the drawing mechanism along The shaping mechanism shaft centre line be symmetrical arranged, be arranged inside match with the shaping mechanism be arranged reclaiming plate, it is described go out Flitch is arranged in a one-to-one correspondence in the lower section of the forming unit and is arranged diagonally downward.

As preferably, the shaping mechanism lower section is provided with mounting assembly, and the mounting assembly includes again：

Support base, the support base are arranged below the shaping mechanism；

Support shaft, the support shaft are fixed on the support base；And

Bearing shaft, described bearing shaft one end is rotatably connected in the support shaft and the other end is coaxially fixed at institute State the lower section of shaping mechanism.

The beneficial effects of the utility model：

(1) coordinate cooling device by the way that feeding equipment is arranged in the utility model so that enter the melting in shaping mechanism Liquid fast cooling shaping recycles molding machine, drives the shaping mechanism rotation to realize charging and discharging by switching mechanism Power and energy so that whole equipment working relation is close, the same structure can carry out the use of multistation, and structure is skilful It is wonderful, the time is saved, the efficiency of work is improved, reduces production cost；

(2) extra cold air is guided to from venting cavity in supercharging storehouse by setting plenum member in the utility model and carries out profit again With so that formation hyperbar in supercharging storehouse, realized automatically will by bar material after cooling out of forming unit force feed to defeated Feed bin, high degree of automation, rapid and convenient save power output；

(3) setting is connect with driving mechanism by the way that switching mechanism is arranged in the utility model so that in driving force Under driving, realizes that the work of two stations is carried out at the same time, save power output, reduce investment of production cost；In addition, by teeth one Limited block is arranged in side, and then realizes that tooth moves component during flat-pushing part advances, and rotates without moving gear, is retreated in flat-pushing part During, band moving gear rotates, to further realize the automatic switchover rotation of shaping mechanism；

(4) delay the space that pressure space is the unique size debugged in the utility model, purpose is advantageous with one side Push molten liquid into forming unit in the flat-pushing part in cooperation feeding warehouse, on the other hand again in effective air pressure, ensure at Molten liquid in type unit will not be flowed into due to the effect of inertia in cooling storehouse, and then be saved manually to molten liquid in cooling storehouse Scavenging period and labour output cost；

(5) by the way that molded part a and molded part b are staggered in the utility model so that molded part a and molded part b works It is clear to make the division of labor, can synchronize and work again while not interfering with each other, improves working efficiency, utmostly changes and realizes molding machine The utilization rate of structure；

(6) it is arranged diagonally downward by the reclaiming plate by the way that conveying storehouse is arranged in the utility model so that pushed away by high pressure After the strip object sent is smoothly fallen on reclaiming plate, and automatic output downwards is realized, convenient for uniformly carrying out to strip object It collects, high degree of automation, while increasing the useful space of reclaiming plate storing.

In conclusion the equipment has the advantages of simple in structure, high degree of automation, it is particularly suitable for biology manufacture grain skill Art field.

Description of the drawings

It is required in being described below to embodiment 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 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 structural schematic diagram of the modified master batch manufacturing equipment of degradable agricultural nursery film.

Fig. 2 is longitudinal schematic cross-sectional view of the modified master batch manufacturing equipment of degradable agricultural nursery film.

Fig. 3 is the enlarged diagram at the modified master batch manufacturing equipment A of degradable agricultural nursery film.

Fig. 4 is the structural schematic diagram of cooling device.

Fig. 5 is the structural schematic diagram of molding machine.

Fig. 6 is the schematic cross-sectional view of drawing mechanism.

Fig. 7 is the schematic cross-sectional view in conveying storehouse.

Fig. 8 is the structural schematic diagram of switching mechanism.

Fig. 9 is the structural schematic diagram of booster body.

Figure 10 is the schematic cross-sectional view of switch member.

Figure 11 is the schematic cross-sectional view of feeding warehouse.

Schematic cross-sectional view when Figure 12 is the modified master batch manufacturing equipment cooling work of degradable agricultural nursery film.

Schematic cross-sectional view when Figure 13 is the modified master batch manufacturing equipment discharging work of degradable agricultural nursery film.

Specific implementation mode

The technical scheme in the embodiment of the utility model is clearly and completely illustrated below in conjunction with the accompanying drawings.

Embodiment one

As shown in Figure 1 and Figure 2, multi-functional switching is manufactured equipment, including：

Molding machine 1, the molding machine 1 include for being molded the shaping mechanism 11 of bar material and being arranged in the molding Switching mechanism 12 in mechanism 11, offers forming unit 111 on the shaping mechanism 11, when work 12 band of switching mechanism The power and energy of charging and discharging is realized in the dynamic rotation of the shaping mechanism 11；

Feeding equipment 2, the matching of the feeding equipment 2 are arranged in the side of the shaping mechanism 11 comprising for holding Molten liquid and the feeding warehouse 21 that setting is connected to the forming unit 111 and the driving mechanism on the outside of the feeding warehouse 21 22, when work, the driving mechanism 22 was for pushing to the molten liquid in feeding warehouse 21 in the forming unit 111；

Cooling device 3, the relatively described matching of feeding equipment 2 of the cooling device 3 are arranged in the another of the shaping mechanism 11 Side offers the cooling unit 112 that setting is connected to the cooling device 3 on the shaping mechanism 11；It is described cold when work But unit 112 is used for and the molten liquid in forming unit 111 is cooled to bar material by cooling device cooperation；And

Drawing mechanism 4, the matching of the drawing mechanism 4 setting is in 11 side of the shaping mechanism and is located at the feeding equipment Between 2 and the cooling device 3, when work the drawing mechanism 4 using its internal air pressure by bar material after cooling from 111 internal pressure of type unit is seen off.

In the present embodiment, coordinate cooling device 3 by the way that feeding equipment 2 is arranged so that enter molten in shaping mechanism 11 Melt liquid fast cooling shaping, recycle molding machine 1, drives the rotation of the shaping mechanism 11 to realize charging by switching mechanism 12 With the power and energy of discharging, so that whole equipment working relation is close, the same structure can carry out the use of multistation, knot Structure is ingenious, saves the time, improves the efficiency of work, reduces production cost.

Further, as shown in figure 4, the cooling device 3 includes：

Cooling storehouse 31, the cooling storehouse 31 are connected to setting with the cooling unit 112 and with the feeding warehouse 21 along institute State the positional symmetry setting of 11 shaft centre line of shaping mechanism；

Slow pressure space 32, the slow pressure space 32 is connected to setting with the forming unit 111, is used to coordinate feeding warehouse 21 Molten liquid is pushed into forming unit 111；And

Air blast part 33, the air blast part 33 are connected to 31 inside of the cooling storehouse and are used for transporting cold-air comprising are located at It is connected to setting inside the inflator pump 321 in 31 outside of the cooling storehouse and one end and the cooling storehouse 31 and its other end is filled with described The air hose 322 of 321 inside connection setting of air pump.

It is noted that the slow pressure space 32 is the space for the unique size debugged, it is further opened with thereon ventilative Hole 50, purpose are pushing melting into forming unit 111 with the flat-pushing part 223 be on the one hand conducive in cooperation feeding warehouse 21 Liquid ensures that the molten liquid in forming unit 111 will not flow into cooling storehouse 31 because of inertia on the other hand again in effective air pressure It is interior, and then save manually to the scavenging period of molten liquid in cooling storehouse and labour output cost.

Further, it as shown in Fig. 3, Figure 11, is offered outside the feeding warehouse 21 for heating molten liquid in feeding warehouse 21 Hot-air muffler 10；

21 middle part of the feeding warehouse offers the feed cavity 211 that setting is connected to the forming unit 111, the feed cavity 211 both sides and the venting cavity 212 for be connected to and being arranged with the cooling unit 112 is offered in the feeding warehouse 21；

211 top of the feed cavity is provided with material guiding parts 214, and the material guiding parts 214 are used to molten liquid passing through hot-air muffler 10 import feed cavity 211.

It is worth noting that the purpose of hot-air muffler 10 is arranged in order to ensure that the molten liquid in feeding warehouse 21 remains melting State avoids the reduction of its temperature that molten liquid is caused to solidify, and then influences the normal work of whole equipment.

Further, as shown in Fig. 6, Fig. 9, Figure 10, the drawing mechanism 4 includes：

It is pressurized storehouse 41, the supercharging storehouse 41 is vertically arranged with the feeding warehouse 21 and cooling storehouse 31, offers thereon respectively Air inlet 42；

Dipper crowding gear 44, the dipper crowding gear 44 include being opened on 41 madial wall of supercharging storehouse and being symmetrical set There are two sliding slot 441 and be arranged it is described supercharging storehouse 41 in thimble unit 442, the thimble unit 442 include slidably The top plate 4421 being arranged in the sliding slot 441 is set in qually spaced in the thimble 4422 on the top plate 4421 with several；With And

Booster body 43, the booster body 43 include the main pipeline that one end is connected to setting with 212 inside of the venting cavity 431, one end is connected to 431 inside of the main pipeline and the other end is connected to the secondary pipeline of setting with 41 inside of supercharging storehouse A432, one end are connected to 431 inside of the main pipeline and the other end is connected to the secondary pipeline of setting with 41 inside of supercharging storehouse B433 and the switch member 434 in the secondary pipeline a432 and time pipeline b433 crossover locations is set；

The secondary pipeline a432 is located at 442 rear of thimble unit, and the secondary pipeline b433 is located at the thimble unit 442 fronts；

The switch member 434 includes the ball valve 4341 for opening up right angle two-direction hole 4342, turn being connect with the ball valve 4341 Moving axis 4343 is set in turning tooth 4344, matching the rack 4345 and one being arranged with the tooth 4344 that turns for the rotation axis 4343 End is fixedly connected with the connection that its other end is fixedly connected by the supercharging storehouse 41 with the top plate 4421 with the rack 4345 Bar 4346.

In the present embodiment, extra cold air is guided to from venting cavity 212 in supercharging storehouse 41 by the way that booster body 43 is arranged It is recycled so that supercharging forms hyperbar in storehouse 41, and being realized automatically will be by bar material after cooling from forming unit Force feed is to conveying storehouse 5 in 111, high degree of automation, rapid and convenient, saves power output；

Herein it is noted that by the way that switch member 434 is arranged, when two-direction hole 4342 and the secondary pipeline of ball valve 4341 When a432 is arranged in the same direction, cold air enters the secondary pipeline a432 of branch from this main line of main pipeline 431, and then enters thimble unit 442 rears form high pressure, and thimble unit 442 moves forward, in moving process, drive rack 4345 in connecting rod 4346 to Then preceding movement turns that the two-direction hole 4342 of ball valve 4341 is driven to rotate after tooth 4344 interlocks, at this time two-direction hole 4342 and institute When stating time pipeline b433 and being arranged in the same direction, cold air enters secondary pipeline b433 of branch, and then entrance from this main line of main pipeline 431 442 front of thimble unit, forms high pressure, and thimble unit 442 resets, and the design structure is ingenious, while realizing thimble unit 442 certainly Dynamic feeding resets work.

Further, as shown in figure 5, the forming unit 111 includes：

Molded part a1111, the molded part a1111 are along 11 horizontal direction of the shaping mechanism through setting；And

Molded part b1112, the molded part b1112 along 11 longitudinal direction of the shaping mechanism through setting and with it is described Molded part a1111 serrated verticals and it is not mutually connected to setting；

The molded part a1111 and molded part b1112 includes by several 1113 equidistant horizontal array groups of forming hole It is uniformly arranged several groups at and along 11 short transverse of the shaping mechanism.

Further, as shown in figure 5, the cooling unit 112 includes：

Cooling piece a1121, the cooling piece a1121 are symmetricly set on the both sides of the molded part a1111；And

Cooling piece b1122, the cooling piece b1122 be symmetricly set on the both sides of the molded part b1112 and with it is described cold But part a1121 serrated verticals and it is not mutually connected to setting；

The cooling piece a1121 and cooling piece b1122 is made of several 1123 equidistant horizontal arrays of cooling hole, should Cooling piece a1121 and cooling piece b1122 is uniformly arranged several groups each along 11 short transverse of the shaping mechanism.

In the present embodiment, by the way that molded part a1111 and molded part b1112 are staggered so that molded part a1111 with Molded part b1112 work divisions are clear, can synchronize and work again while not interfering with each other, and improve working efficiency, maximum journey Degreeization realizes the utilization rate of shaping mechanism 11.

Further, as shown in Fig. 2, the driving mechanism 22 includes：

Pedestal 221, the pedestal 221 are located at outside the feeding warehouse 21；

Horizontal sliding cylinder 222, the horizontal sliding cylinder 222 are mounted on the pedestal 221；And

Flat-pushing part 223, described 223 one end of flat-pushing part are fixedly connected with the telescopic end of the horizontal sliding cylinder 222, the other end Slidably it is arranged in the feed cavity 211 comprising push rod 2231 and the push rod being plugged in the feed cavity 211 The pressing plate 2232 and the material-blocking plate 2233 in 2232 upper end of the pressing plate is set that 2231 other ends are fixedly connected.

It is noted that when pressing plate 2232 moves forward, material-blocking plate 2233 can just block the charging of material guiding parts 214 Mouthful, it avoids molten liquid from entering 2232 rear of pressing plate, is not easy all to push it, while achieving the effect that quantitative.

Further, as shown in figure 8, the switching mechanism 12 includes：

Shaft 121, the shaft 121 are fixed on the shaping mechanism 11 and are coaxially set with the shaping mechanism 11 It sets；

Gear 122, the gear 122 are fixedly mounted in the shaft 121 and are coaxially disposed with the shaft 121；With And

Tooth moves component 123, and it includes the company that one end is fixedly connected with 22 telescopic end of the driving mechanism that the tooth, which moves component 123, Lever 1231, is fixed at the cavity box body 1232 at the cavity box body 1232 being connect with 1231 other end of the interlocking lever It is interior and along 1232 length direction array of the cavity box body several fixing axle 1233, be rotatably provided in the fixing axle Teeth 1234 on 1233 and the limited block 1235 in 1234 side of the teeth is set.

In the present embodiment, setting is connect with driving mechanism 22 so that by the way that switching mechanism 12 is arranged in a driving force Driving under, realize two stations work be carried out at the same time, save power output, reduce investment of production cost；

In addition, limited block 1235 is arranged in 1234 side of teeth by the present embodiment, and then realize that tooth moves component 123 in flat-pushing part During 223 advance, rotating without moving gear 122, during flat-pushing part retreats, band moving gear 122 rotates, thus into One step realizes the automatic switchover rotation of shaping mechanism 11.

Further, as shown in fig. 7,11 side of the shaping mechanism is additionally provided with conveying storehouse 5, the conveying storehouse 5 with it is described Drawing mechanism 4 is symmetrical arranged along 11 shaft centre line of the shaping mechanism, is arranged inside to match with the shaping mechanism 11 and is set The reclaiming plate 51 set, the reclaiming plate 51 are arranged in a one-to-one correspondence in the lower section of the forming unit 111.

Further, as shown in Figure 1 and Figure 2,11 lower section of the shaping mechanism is provided with mounting assembly 13, the installation group Part 13 includes：

Support base 131, the support base 131 are arranged below the shaping mechanism 11；

Support shaft 132, the support shaft 132 are fixed on the support base 131；And

Bearing shaft 133,133 one end of the bearing shaft is rotatably connected in the support shaft 132 and the other end is coaxially solid It is arranged calmly in the lower section of the shaping mechanism 11.

Embodiment two

As shown in fig. 7, wherein identical with embodiment one or corresponding component uses attached drawing mark corresponding with embodiment one Note hereafter only describes the distinctive points with embodiment one for simplicity.The difference of the embodiment two and embodiment one exists In：

The reclaiming plate 51 is arranged diagonally downward.

In the present embodiment, it is arranged diagonally downward by the way that the reclaiming plate 51 in conveying storehouse 5 is arranged so that by high pressure push After strip object is smoothly fallen on reclaiming plate 51, and automatic output downwards is realized, convenient for uniformly carrying out the receipts to strip object Collection, high degree of automation, while increasing the useful space of 51 storing of reclaiming plate.

The course of work：

Molten liquid is passed through feed cavity 211 by material guiding parts 214 first, starts horizontal sliding cylinder 222,222 band of horizontal sliding cylinder Pressing plate 2232 on dynamic push rod 2231 moves forward, and pressing plate 2232 pushes molten liquid into molded part a1111, while starting and filling Cold air is passed through by air hose 322 to cooling storehouse 31 by air pump 321, and then cold air enters back into cooling piece a1121, at this point, at Molten liquid temperature in type part a1111 is higher, is cooled the cold service of part a1121, is shaped to strip rapidly, then pushes away Bar 2231 moves backward, and drives interlocking lever 1231 to move backward in moving process, teeth 1234 are with moving gear 122 in moving process Rotated, gear 122 drives the rotation of 90 degree of shaping mechanism by shaft 121, at this time molded part a1111 be with supercharging storehouse 41 and Between conveying storehouse 5, then, when the two-direction hole 4342 of ball valve 4341 and the secondary pipeline a432 are arranged in the same direction, cold air is from main pipeline 431 this main line enter the secondary pipeline a432 of branch, and then enter 442 rear of thimble unit, form high pressure, thimble unit 442 move forward, and the strip object in molded part a1111 exports rapidly to conveying storehouse, then is collected by conveying storehouse；This In outer 442 moving process of thimble unit, drives the rack 4345 in connecting rod 4346 to move forward, then turn tooth 4344 and connect The two-direction hole 4342 of ball valve 4341 is driven to rotate after dynamic, it is cold when the two-direction hole 4342 and secondary pipeline b433 is arranged in the same direction at this time Gas enters the secondary pipeline b433 of branch from this main line of main pipeline 431, and then enters 442 front of thimble unit, forms high pressure, Thimble unit 442 resets；

At the same time, horizontal sliding cylinder 222 drive push rod 2231 on pressing plate 2232 move, pressing plate 2232 by molten liquid at Push in type part b1112, while starting inflator pump 321 and being passed through cold air to cooling storehouse 31, and then cold air by air hose 322 Cooling piece b1122 is entered back into, at this point, the molten liquid temperature in molded part b1112 is higher, the low temperature for being cooled part b1122 is made With, be shaped to strip rapidly, then push rod 2231 moves backward, in moving process drive interlocking lever 1231 move backward, move Teeth 1234 are rotated with moving gear 122 during dynamic, and gear 122 drives 90 degree of rotations of shaping mechanism by shaft 121, this When molded part b1112 be between supercharging storehouse 41 and conveying storehouse 5, then, cold air passes through venting cavity 212 from cooling piece b1122 And by plenum member 43 come supercharging storehouse 41 so that supercharging storehouse 41 belong to high pressure conditions, the strip object in molded part b1112 by It to the effect of high pressure, exports rapidly to conveying storehouse, then is collected by conveying storehouse；It is resetted after the completion of collecting, equipment repeats A upper action.

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 instruction or implies that signified equipment or component must have a particular orientation, with specific azimuth configuration and operation, 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 multiple, and term " one " should not be understood as the limitation to quantity.

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

Claims (9)

1. the modified master batch manufacturing equipment of degradable agricultural nursery film, which is characterized in that including：

Molding machine (1), the molding machine (1) include for be molded the shaping mechanism of bar material (11) and setting it is described at Switching mechanism (12) in type mechanism (11), offers forming unit (111) on the shaping mechanism (11), when work described in cut Converting mechanism (12) drives shaping mechanism (11) rotation to realize the power and energy fed with discharging；

Feeding equipment (2), side of feeding equipment (2) the matching setting in the shaping mechanism (11) comprising for containing The drive for putting molten liquid and being connected to the feeding warehouse (21) of setting with the forming unit (111) and being located on the outside of the feeding warehouse (21) Motivation structure (22), when work, the driving mechanism (22) was used to the molten liquid in feeding warehouse (21) pushing to the forming unit (111) in；

Cooling device (3), relatively described feeding equipment (2) matching of the cooling device (3) are arranged in the shaping mechanism (11) The other side, the cooling unit (112) that setting is connected to the cooling device (3) is offered on the shaping mechanism (11)；Work The cooling unit (112) is used for when making and the molten liquid in forming unit (111) is cooled to bar material by cooling device cooperation； And

Drawing mechanism (4), drawing mechanism (4) the matching setting are filled in the shaping mechanism (11) side and positioned at the charging Set between (2) and the cooling device (3), when work the drawing mechanism (4) using its internal air pressure by item after cooling Shape material is seen off from forming unit (111) internal pressure.

2. the modified master batch manufacturing equipment of degradable agricultural nursery film according to claim 1, which is characterized in that it is described at Type unit (111) includes：

Molded part a (1111), the molded part a (1111) is along the shaping mechanism (11) horizontal direction through setting；And

Molded part b (1112), the molded part b (1112) along the shaping mechanism (11) longitudinal direction through setting and with institute It states molded part a (1111) serrated verticals and is not mutually connected to setting；

The molded part a (1111) and molded part b (1112) include by several forming hole (1113) equidistant horizontal arrays It forms and is uniformly arranged several groups along the shaping mechanism (11) short transverse.

3. the modified master batch manufacturing equipment of degradable agricultural nursery film according to claim 2, which is characterized in that described cold But unit (112) includes：

Cooling piece a (1121), the cooling piece a (1121) are symmetricly set on the both sides of the molded part a (1111)；And

Cooling piece b (1122), the cooling piece b (1122) be symmetricly set on the both sides of the molded part b (1112) and with it is described Cooling piece a (1121) serrated verticals and it is not mutually connected to setting；

Equidistantly horizontal array forms by several cooling holes (1123) by the cooling piece a (1121) and cooling piece b (1122), Cooling piece a (1121) and cooling piece b (1122) is uniformly arranged several groups each along the shaping mechanism (11) short transverse.

4. the modified master batch manufacturing equipment of degradable agricultural nursery film according to claim 1, which is characterized in that described to cut Converting mechanism (12) includes：

Shaft (121), the shaft (121) are fixed on the shaping mechanism (11) and same with the shaping mechanism (11) Axis is arranged；

Gear (122), the gear (122) be fixedly mounted in the shaft (121) and with the shaft (121) is coaxial sets It sets；And

Tooth moves component (123), and it includes that one end is fixedly connected with the driving mechanism (22) telescopic end that the tooth, which moves component (123), Interlocking lever (1231), is fixed at the cavity at the cavity box body (1232) being connect with the interlocking lever (1231) other end In box body (1232) and along cavity box body (1232) the length direction array several fixing axle (1233), rotatable setting The limited block (1235) of teeth (1234) in the fixing axle (1233) and setting in the teeth (1234) side.

5. the modified master batch manufacturing equipment of degradable agricultural nursery film according to claim 1, which is characterized in that it is described at Type mechanism (11) side is additionally provided with conveying storehouse (5), and the conveying storehouse (5) is with the drawing mechanism (4) along the molding machine Structure (11) shaft centre line is symmetrical arranged, and the reclaiming plate (51) that setting is matched with the shaping mechanism (11) is arranged inside, described Reclaiming plate (51) is arranged in a one-to-one correspondence in the lower section of the forming unit (111) and is arranged diagonally downward；

It is provided with mounting assembly (13) below the shaping mechanism (11), the mounting assembly (13) includes：

Support base (131), support base (131) setting is below the shaping mechanism (11)；

Support shaft (132), the support shaft (132) are fixed on the support base (131)；And

Bearing shaft (133), described bearing shaft (133) one end is rotatably connected in the support shaft (132) and the other end is coaxial It is fixed at the lower section of the shaping mechanism (11).

6. the modified master batch manufacturing equipment of degradable agricultural nursery film according to claim 1, which is characterized in that the drive Motivation structure (22) includes：

Pedestal (221), it is external that the pedestal (221) is located at the feeding warehouse (21)；

Horizontal sliding cylinder (222), the horizontal sliding cylinder (222) are mounted on the pedestal (221)；And

Flat-pushing part (223), described flat-pushing part (223) one end is fixedly connected with the telescopic end of the horizontal sliding cylinder (222), another End is slidably arranged in the feeding warehouse (21) comprising push rod (2231) and the institute being plugged in the feeding warehouse (21) State the pressing plate (2232) and the material-blocking plate in the pressing plate (2232) upper end is set that push rod (2231) other end is fixedly connected (2233)。

7. the modified master batch manufacturing equipment of degradable agricultural nursery film according to claim 1, which is characterized in that it is described into The hot-air muffler (10) for heating feeding warehouse (21) interior molten liquid is offered outside feed bin (21)；

The feed cavity (211) that setting is connected to the forming unit (111), the charging are offered in the middle part of the feeding warehouse (21) Chamber (211) both sides and the venting cavity for be connected to and being arranged with the cooling unit (112) is offered in the feeding warehouse (21) (212)；

Material guiding parts (214) are provided with above the feed cavity (211), the material guiding parts (214) are used to molten liquid passing through hot gas It covers (10) and imports feed cavity (211).

8. the modified master batch manufacturing equipment of degradable agricultural nursery film according to claim 1, which is characterized in that described cold But device (3) includes：

Cooling storehouse (31), the cooling storehouse (31) be connected to the cooling unit (112) setting and with the feeding warehouse (21) edge The positional symmetry setting of the shaping mechanism (11) shaft centre line；

Slow pressure space (32), the slow pressure space (32) are connected to setting with the forming unit (111) and offer thereon ventilative Hole (50), slow pressure space (32) is for coordinating feeding warehouse (21) to push molten liquid into forming unit (111)；And

It is connected to inside air blast part (33), the air blast part (33) and the cooling storehouse (31) and is used for transporting cold-air comprising position It is connected to setting and its other end inside inflator pump (321) and one end and the cooling storehouse (31) on the outside of the cooling storehouse (31) With the air hose (322) for being connected to setting inside the inflator pump (321).

9. the modified master batch manufacturing equipment of degradable agricultural nursery film according to claim 7, which is characterized in that it is described go out Expect that device (4) includes：

It is pressurized storehouse (41), the supercharging storehouse (41) is vertically arranged with the feeding warehouse (21) and cooling storehouse (31), opens thereon respectively Equipped with air inlet (42)；

Dipper crowding gear (44), the dipper crowding gear (44) include being opened on supercharging storehouse (41) madial wall and symmetrical setting The thimble unit (442) of sliding slot (441) and setting in supercharging storehouse (41) there are two setting, the thimble unit (442) Including the top plate (4421) being slidably arranged in the sliding slot (441) and several be set in qually spaced in the top plate (4421) On thimble (4422)；And

Booster body (43), the booster body (43) include the supervisor that setting is connected to inside one end and the venting cavity (212) Time of setting is connected to and is connected to inside the other end and supercharging storehouse (41) inside road (431), one end and the main pipeline (431) It is connected to inside pipeline a (432), one end and the main pipeline (431) and is connected to setting inside the other end and the supercharging storehouse (41) Secondary pipeline b (433) and setting the secondary pipeline a (432) and secondary pipeline b (433) crossover location switch member (434)；

The secondary pipeline a (432) is located at thimble unit (442) rear, and the secondary pipeline b (433) is located at the thimble list In front of first (442)；

The switch member (434) includes the ball valve (4341) for opening up right angle two-direction hole (4342), is connect with the ball valve (4341) Rotation axis (4343), be set in the rotation axis (4343) turn tooth (4344), with it is described turn tooth (4344) match setting Rack (4345) and one end are fixedly connected with its other end with the rack (4345) and pass through the supercharging storehouse (41) and the top plate (4421) connecting rod (4346) being fixedly connected.