CN203062980U - Unit for crushing and quantitatively packing whole roll of plastic leftover materials - Google Patents
Unit for crushing and quantitatively packing whole roll of plastic leftover materials Download PDFInfo
- Publication number
- CN203062980U CN203062980U CN2013200447707U CN201320044770U CN203062980U CN 203062980 U CN203062980 U CN 203062980U CN 2013200447707 U CN2013200447707 U CN 2013200447707U CN 201320044770 U CN201320044770 U CN 201320044770U CN 203062980 U CN203062980 U CN 203062980U
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- pulverizing
- bucket
- blanking
- moving knife
- crushing
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/52—Mechanical processing of waste for the recovery of materials, e.g. crushing, shredding, separation or disassembly
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/62—Plastics recycling; Rubber recycling
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Abstract
The utility model relates to a unit for crushing and quantitatively packing whole roll of plastic leftover materials; the unit comprises a crushing support frame, a crushing transmission device, a moving blade crushing cutter ball, a blanking container hopper device, a finished product material transmitting device, a lifting feeder, a feeding device, a quantitative packing device, an automatic package sewing device, a controller and a human-computer interface, wherein a feeding mechanism of the quantitative packing device is arranged under a storage bin; a package sewing conveyor belt is arranged under a weighing hopper; and a package sewing machine is arranged above the tail part of the package sewing conveyor belt. According to the unit, the material is lifted to a feeding hole by the lifting feeder and then is fed into a crushing chamber to be crushed by the feeding device; after falling into a blanking container hopper, the finished product material is conveyed into the storage bin by the finished product material transmitting device, is weighed by the quantitative packing device to be quantitatively packed, and is then transmitted into the package sewing machine to be automatically sown by the conveyor belt; and therefore, automation can be realized in the whole process.
Description
Technical field
The utility model relates to a kind of device of plastic processing, particularly, relating to a kind of whole volume plastic leftover bits pulverizes and the quantitative package unit, be after required container is produced in thermoforming, with remaining whole volume plastic leftover bits pulverize automatically, cross to claim, the equipment of seam bag, this equipment is suitable for high-power or super high power and pulverize chamber width greater than the pulverizer more than the 700cm.
Background technology
After utilizing the Pneumatic type thermal moulding to produce required container, the remaining general length of whole volume plastic leftover bits is more than 800mm, and weight is heavier, generally more than 60kg.Because traditional plastic crusher can only be that the piece plastic leftover pieces are sent into the pulverizing chamber, and employed plastic crusher in the utility model, can pulverize described long heavier whole volume plastic leftover bits, compare with existing pulverizer with the equal screen cloth specification of constant power, the plastic crusher pulverizing speed in the utility model has improved five times.Though the utility model people disclosed patent ZL200920167843.5 " automatical and efficient rate plastic crusher " has obtained the important breakthrough that whole volume plastic leftover bits is pulverized, but it is artificial that the pack after plastics are pulverized, the operation of weighing, stitching bag still still rely on, by piling up warehouse-in again after artificial manual charge, the artificial bagging.As by per hour 1.8 tons of the pulverizing speed in the utility model, by traditional processing mode, will put in order the volume plastic leftover bits and pulverize the back rewinding, 6 of minimum needs are worked more than the people simultaneously, just can finish material pack, weigh, the cooper order.
In addition because the discharging opening of pulverizer is the end that transmits the screw rod bottom at material, and discharging opening must be installed the central part close to screen cloth as far as possible, owing to be subjected to the big flywheel in both sides or big horn ring restriction, discharging opening can only design in pulverizer external, cause thus its discharging opening of large-scale pulverizer from the screen cloth center just more away from, discharging does not just more catch up with yet or influences because material stops up operating efficiency.
Among this external patent ZL200920167843.5 " automatical and efficient rate plastic crusher ", the lug boss of pulverizing the thick iron plate of trumpet flower shape of cutter ball is all processed by the thick iron plate of monoblock, compare the utility model, its space of pulverizing between cutter ball and the screen cloth is too little, thereby influence pulverizing speed, also influence the uniformity coefficient of pulverizing the material that generates simultaneously.The utility model has compared with prior art not only improved production efficiency but also has reduced labour intensity and reduced the labour cost cost widely.
The utility model content
The utility model purpose is at above-mentioned present situation, provides a kind of and increases work efficiency, alleviates labor strength, and the while is the integrated unit that will put in order the pulverizing of volume plastic leftover bits and quantitative package of environmentally-friendly sanitary again.
Technical problem to be solved in the utility model is achieved through the following technical solutions:
A kind of whole volume plastic leftover bits is pulverized and the quantitative package unit, it comprises: pulverizing bracing frame, pulverizing transmission device, moving knife are pulverized the cutter ball, blanking is contained bucket device, finished product materials conveyer, lifting pay-off, propelling movement materials device and quantitative packaging device, automatic sewing device, controller, man-machine interface, the feeder of described quantitative packaging device is installed on the below of storage bin, seam bag conveyer belt is installed in the scale hooper below, and sack closer is installed in the top of seam bag conveyer belt afterbody.
The pulverizing bracing frame of described whole volume plastic leftover bits pulverizing and quantitative package unit, mainly constituted by pulverizing base, pulverizing chamber, pulverizing chamber front and rear panel, pulverizing cover, screen cloth, its principal character is: pulverize and be installed in the front upper place of pulverizing base after chamber is made of the steel plate welding, pulverize cover and be installed in pulverizing chamber top, charging aperture is located at the dead ahead of pulverizing cover, and the material discharging opening is located at a side of the pulverizing base of pulverizing tool rest axle below.
Described pulverizing transmission device is mainly pulverized the cutter ball, pulverizes tool rest, baffle plate, set screw, pulverizing moving knife, pulverizes quiet cutter, is pulverized big horn ring, big flywheel, pulverized cutter ball journal, screen device, pulverizing motor and constitute by moving knife.
Described moving knife is pulverized the cutter ball, comprise: be fixed on the thick iron plate of some triangular shapes of pulverizing on the cutter ball journal, the thick iron plate of described triangular shape is divided into many groups, every group of thick iron plate of triangular shape with same piece number, every group has three and pulverizes tool rest, each is pulverized on the tool rest and by set bolt a pulverizing moving knife is installed, the parallel and certain angle that staggers of pulverizing tool rest between adjacent each group, pulverize the two ends of cutter ball journal and pass the big bearing of pulverizing the chamber both sides, the fastening big horn ring of this end that exposes, the both sides that the fastening big flywheel of the other end, moving knife are pulverized the cutter ball adapt with the inwall of pulverizing the chamber both sides.Described baffle plate is welded on the thick iron plate of triangular shape, baffle plate be shaped as arc, this arc begins the back up to set screw below the knife edge of pulverizing moving knife, distance is necessary between three to five centimeters between the knife edge of the protruding peak position of this arc and the quiet cutter of pulverizing, thereby determines the radian shape of baffle plate.Described pulverizing moving knife by set bolt be fixed on pulverize tool rest after, it is loosening and be convenient to adjusting when the dress cutter to prevent from pulverizing moving knife to withstand the knife back by set screw again.The pulverizing motor is installed in the top of the pulverizing base of pulverizing the chamber back, connects the transmission that the big horn ring of pulverizing the cutter ball journal is realized power by the angle band; Simultaneously by pulverizing the pulverizing moving knife that tool rest is installed, match with the quiet cutter of pulverizing that is installed in pulverizing chamber front and rear wall plate below, after the shearing of realization material is pulverized, by the mesh screen control of the screen device below the pulverizing tool rest, on request the material that crushes is flown to blanking Sheng bucket.
Described blanking is contained bucket device, is mainly contained bucket, contains bucket feeding spiro rod tube, contains the bucket feeding spiral rod, contains bucket feeding spiro rod tube charging aperture flange, contains the bucket helical axis, contains bucket feeding motor, is contained bucket screw rod discharging opening and constitute by blanking.Its principal character is: blanking is contained bucket and is made of four wallboard welding, wallboard near screw rod tube direction is vertically being installed by a side of pulverizing base, the shape that blanking is contained bucket is up big and down small, the material receiving port of its four wallboard lower ends connects the Sheng bucket screw rod discharging opening of containing bucket feeding spiro rod tube charging aperture flange, Sheng bucket feeding spiro rod tube and connects discharging opening, containing the bucket helical axis is installed on two bearing blocks, the tail end of containing the bucket helical axis connects contains bucket feeding motor, contains bucket feeding motor and is electrically connected with controller.Contain bucket device by blanking, realized that chamber is much also can not contain the interior material of bucket to blanking aheap in time fast regardless of pulverizing, utilize Sheng bucket feeding spiral rod that material is pushed to and contain the screw rod discharging opening that struggles against.
Described finished product materials conveyer mainly is made of screw rod tube, screw rod, material receiving port, screw rod motor.It is characterized in that: material receiving port is located at the below of screw rod tube, and be fastened on pulverizing cutter ball journal and pulverize the discharging opening of base below, the discharging opening of screw rod tube is located at the storage bin top, screw rod is fitted in screw rod tube the inside, the screw rod motor connects screw rod and is electrically connected controller, has realized by screw rod the material that crushes being sent to storage bin from automatic lifting of discharging opening.
Described lifting pay-off is made of bracing frame base, matrix steel tank, lifting charging tray and lifting actuator.Described propelling movement materials device is expected transmission device by pushing the material bracing frame, pushing, pushes the material square and is pushed material motor formation.After described whole volume plastic leftover bits is admitted to the lifting charging tray, trigger and promote the feeding motor, whole volume plastic leftover bits on the lifting charging tray is delivered to the entrance of pulverizing chamber by promoting the feeding chain, controller can be judged the material numerical value of permitting blanking again according to the motor load numerical value that moving knife is pulverized the cutter ball, send instruction then and make propelling movement material electric motor starting, drive the propelling movement materials device by pushing the material chain, whole flanging angle material is sent into the pulverizing chamber pulverize.
Described quantitative packaging device is mainly by: storage bin, scale hooper, gate cylinder, camber gate device, feeder, folder bag mechanism, folder bag cylinder, quantitatively table, first sensor, second sensor, the 3rd sensor, inductive switch, magnetic valve, folder bag cylinder and folder bag inductive switch constitute.Its operation principle is: storage bin is sent into feeder to finished product materials, instruction is pressed a large amount of according to controller, middle amount, meticulous weighing requires to open camber gate device, material is added scale hooper, quantitatively table receives and transmits signal behind the weight signal of sensor and give controller and control corresponding first in order, second, the 3rd gate magnetic valve, carry out in a large number to gate cylinder unlatching gate device thereby successively supply gas, middle amount, the feed of meticulous amount, when last meticulous amount is reinforced when reaching preset value, controller sends the closing gate that stops reinforced signal and instruct gate cylinder control arc gate device, thereby finishes definite value weighing process.This moment is if pack behaviour's swindleness, trigger sensor after being inserted in packaging bag by operating personnel, the control device sends instruction and gives folder bag solenoid control folder bag cylinder, thereby packaging bag is unclamped by folder bag cylinder pulling folder bag mechanism, and packaging bag is namely served seam bag conveyer belt and entered subsequent processing.
Described automatic sewing device mainly is made of with relevant circuit seam bag bracing frame, conveyer belt, conveyer belt motor, sack closer, tangent line sensor, tangent line magnetic valve, tangent line cylinder.After dropping on seam bag conveyer belt, the packaging bag that installs material namely is transferred into assigned address, the sack closer that is fixed on the seam bag bracing frame begins the seam bag, finish and stitch bag back tangent line inductor transmission signal to controller, controller instructs the tangent line magnetic valve to supply gas again and finishes automated sewing job contract order to tangent line cylinder promotion blade tangent line.
Nationality is by technique scheme, and the whole volume plastic leftover bits in the utility model pulverizes and the quantitative package unit has following advantage at least:
1, whole volume plastic leftover bits of the present utility model is pulverized and the quantitative package unit, it is the integrated unit of collection self-feeding, automatic pulverizing, automated sewing bag, under the prerequisite of not carrying out digging pit on ground, containing bucket by blanking connects material, contain the feeding of bucket feeding spiral rod, by material conveying device the material that crushes is promoted again and sends storage bin to, carry out quantitative package after, carry out the automated sewing bag by automatic sewing device again.Than conventional art, if in per hour 1.8 tons of this motor speed, minimum two the workload that can reduce three parts has not only improved operating efficiency, but also has reduced labour intensity and cost of labor expense.
2, the moving knife described in the utility model is pulverized the cutter ball, compare the pulverizing cutter ball among the patent ZL200920167843.5 " automatical and efficient rate plastic crusher ", owing to adopted in this mode of the thick iron plate welding of triangular shape baffle plate, can control whole volume plastic leftover bits effectively and enter length when pulverizing chamber, prevent whole volume plastic leftover bits because too heavyly oversizely and stuck pulverizing quiet cutter and pulverizing between the moving knife.And pulverizing cutter ball of the prior art, because the lug boss of its thick iron plate of trumpet flower shape is all processed by the thick iron plate of monoblock, compare the baffle plate in the utility model welding, its space of pulverizing between cutter ball and the screen cloth is too little, thereby causes material stock to influence crushing screening speed very little.And the mode of employing welding baffle plate, can make moving knife pulverize the cutter ball between screen cloth also not the comminuting matter by screen cloth bigger spatial accommodation is arranged, and can be rotated and pulverize again, thereby make more even by comminuting matter by screen cloth, further increase work efficiency and prolong service life of screen cloth.
3, the pulverizing cutter ball that is divided into many groups by the thick iron plate of multi-disc triangular shape, the restriction that can not be subjected to moving knife quantity and pulverize chamber size, thus required specification can be set flexibly.
4, blanking is contained the particular design of bucket device, can realize no matter pulverize the much need that also can satisfy the smooth and easy discharging that connects material of chamber.
Above-mentioned explanation only is the general introduction of technical solutions of the utility model, in order clearly to understand technological means of the present utility model, and can be implemented according to the content of specification, below describes in detail with preferable enforcement of the present utility model and conjunction with figs..
Description of drawings
Fig. 1 is the structural representation of unit described in the utility model;
Fig. 2 is the structural representation that the utility model pushes materials device.
Fig. 3 is the pulverizing transmission device of unit described in the utility model, the structural representation that blanking is contained bucket device, finished product materials conveyer;
Fig. 4 is that pulverizer of the present utility model is pulverized chamber, pulverized tool rest, screen device, blanking are contained the structural representation that bucket device combines;
Fig. 5 is the structural representation that blanking described in the utility model is contained the feeding part of bucket device.
The specific embodiment
The utility model will be further described below in conjunction with the drawings and specific embodiments.
As Fig. 1～shown in Figure 5, a kind of whole volume plastic leftover bits pulverizing and quantitative package unit mainly are made up of pulverizing bracing frame 1, pulverizing transmission device 2, blanking Sheng bucket device 3, finished product materials conveyer 4, lifting pay-off 5, propelling movement materials device 6, quantitative packaging device 7 and automatic sewing device 8, controller 9, man-machine interface 10.The feeder 7-4 of described quantitative packaging device 7 is installed on the below of storage bin, and scale hooper 7-2 installs the below seam bag conveyer belt 8-3, and sack closer 8-4 is installed in the top of seam bag conveyer belt afterbody
The pulverizing bracing frame 1 of described whole volume plastic leftover bits pulverizing and quantitative package unit, mainly constituted by pulverizing base 1-1, pulverizing chamber 1-2, pulverizing chamber front and rear panel 1-6, pulverizing cover 1-3, its principal character is: pulverize and be installed in the front upper place of pulverizing base 1-1 after chamber 1-2 is made of the steel plate welding, pulverize cover 1-3 and be installed in pulverizing chamber top, charging aperture 1-5 is located at the dead ahead of pulverizing cover 1-3, and material discharging opening 1-4 is located at the side of the pulverizing base 1-1 that pulverizes tool rest axle 2-7 below.
Described whole volume plastic leftover bits is pulverized and the pulverizing transmission device 2 of quantitative package unit, mainly by moving knife pulverize cutter ball 12, pulverize tool rest 12-2, baffle plate 12-11, set screw 12-8, pulverize moving knife 12-4, pulverize quiet cutter 12-3, pulverize big horn ring 2-5, big flywheel 2-6, pulverize cutter ball journal 12-7, screen device 2-8, pulverizing motor 2-1 constitutes.
Described moving knife is pulverized cutter ball 12, comprise: be fixed on the thick iron plate 12-10 of some triangular shapes that pulverizes on the cutter ball journal 12-7, the thick iron plate of described triangular shape is divided into many groups, every group of thick iron plate of triangular shape with same piece number, every group has three and pulverizes tool rest 12-2, each is pulverized on the tool rest and by set bolt a pulverizing moving knife 12-4 is installed, the parallel and certain angle that staggers of pulverizing tool rest 12-2 between adjacent each group, pulverize the two ends of cutter ball journal 12-7 and pass the big bearing of pulverizing the chamber both sides, the fastening big horn ring 2-5 of this end that exposes, the both sides that the fastening big flywheel 2-6 of the other end, moving knife pulverize cutter ball 12 adapt with the inwall of pulverizing the chamber both sides.Described baffle plate 12-11 is welded on the thick iron plate 12-10 of triangular shape, baffle plate be shaped as arc, this arc begins the back up to set screw 12-8 below the knife edge of pulverizing moving knife 12-4, distance is necessary between the 2-5mm between the knife edge of the protruding peak position of this arc and the quiet cutter 12-3 of pulverizing, thereby determines the radian shape of baffle plate.Described pulverizing moving knife 12-4 by set bolt be fixed on pulverize tool rest 12-2 after, it is loosening and be convenient to adjusting when the dress cutter to prevent from pulverizing moving knife to withstand the knife back by set screw 12-8 again.Pulverizing motor 2-1 is installed in the top of the pulverizing base 1-1 that pulverizes the chamber back, connects the transmission that the big horn ring of pulverizing the cutter ball journal is realized power by the angle band; Simultaneously by pulverizing the pulverizing moving knife 12-4 that tool rest 12-2 installs, match with the quiet cutter 12-3 of pulverizing that is installed in pulverizing chamber front and rear wall plate 1-6 below, after realizing the shearing pulverizing of material, by the mesh screen control of the screen device 2-8 below the pulverizing tool rest, on request the material that crushes is flown to blanking Sheng bucket 3.
Described blanking is contained bucket device 3, is mainly contained bucket 3-1, contains bucket feeding spiro rod tube 3-2, contains bucket feeding spiral rod 3-3, contains bucket feeding spiro rod tube charging aperture flange 3-4, contains bucket helical axis 3-5, contains bucket feeding motor 3-6, is contained bucket screw rod discharging opening 3-7 and constitute by blanking.Its principal character is: blanking is contained bucket 3-1 and is made of four wallboard welding, wallboard near screw rod tube 4-1 direction is vertically being installed by a side of pulverizing base 1-1, the shape that blanking is contained bucket is up big and down small, the material receiving port of its four wallboard lower ends connects the Sheng bucket screw rod discharging opening 3-7 that contains bucket feeding spiro rod tube charging aperture flange 3-4, Sheng bucket feeding spiro rod tube 3-2 and connects discharging opening 1-4, containing bucket helical axis 3-5 is installed on two bearing blocks, the tail end of containing bucket helical axis 3-5 connects contains bucket feeding motor 3-6, contains bucket feeding motor 3-6 and is electrically connected controller 9.Contain bucket device 3 by blanking, realized that chamber is much also can not contain the interior material of bucket to blanking aheap in time fast regardless of pulverizing, utilize Sheng bucket feeding spiral rod 3-3 that material is pushed to and contain the screw rod discharging opening 3-7 that struggles against.
Described finished product materials conveyer 4 mainly is made of screw rod tube 4-1, screw rod, material receiving port 4-3, screw rod motor 4-4.It is characterized in that: material receiving port 4-3 is located at the below of screw rod tube 4-1, and be fastened on pulverizing cutter ball journal 12-7 and pulverize the discharging opening 1-4 of base 1-1 below, the discharging opening of screw rod tube 4-1 is located at storage bin 7-1 top, screw rod is fitted in screw rod tube the inside, screw rod motor 4-4 connects screw rod and is electrically connected controller 9, has realized by screw rod the material that crushes being sent to storage bin 7-1 from automatic lifting of discharging opening 1-4.
The lifting pay-off 5 of described whole volume plastic leftover bits pulverizing and quantitative package unit mainly is to be made of bracing frame base 5-1, matrix steel tank 5-2, lifting charging tray 5-4 and lifting actuator 5-3.Its principal character is: two matrix steel tank 5-2 branch both sides are welded on two tops above the bracing frame base 5-1, two matrix steel tank 5-2 installed inside lifting actuator 5-3, and at bracing frame base installation lifting motor 5-5, the lifting pulley of lifting charging tray 5-4 is installed in the groove of matrix steel tank 5-2, the bracing frame of its lifting charging tray connects lifting actuator 5-3 and connects lifting motor 5-5, thereby realizes the lifting of charging tray.
Described propelling movement materials device 6 is mainly by pushing material bracing frame 6-1, propelling movement material transmission device 6-2, push material square 6-4, pushing and expect that motor 6-3 constitutes.Its principal character is: push the top that material bracing frame 6-1 is fixed on matrix steel tank 5-2, push and expect transmission device 6-2, push material motor 6-3 and push material square 6-4 to be installed on the propelling movement materials device, when lifting charging tray 5-4 carries material when being raised the front of delivering to charging aperture 1-5, controller 9 namely sends instruction, make to push material motor 6-3 and drive and push material transmission device 6-2, and push to the material of its front in the charging aperture 1-5 and then tumble to pulverizing chamber and pulverized by pushing material square 6-4.
Described quantitative packaging device 7, mainly by storage bin 7-1, scale hooper 7-2, arc gate device 7-3, feeder 7-4, gate cylinder 7-5, the first gate magnetic valve 7-6, the second gate magnetic valve 7-7, the 3rd gate magnetic valve 7-8, quantitatively show 7-9, the full sensor 7-18 of first sensor 7-10, the second sensor 7-11, the 3rd sensor 7-12, the 7-13 of folder bag mechanism, folder bag magnetic valve 7-14, folder bag cylinder 7-15, folder bag sensor 7-16, vibrating motor 7-17 and material forms.It is characterized in that feeder 7-4 is installed on the below of storage bin 7-1, feeder 7-4 below is discharging opening, the gates of segmental shape of arc gate device 7-3 is close to discharging opening, and have can the switch gates of segmental shape and fixed gate open the gate cylinder of amplitude, scale hooper 7-2 is installed on the below of feeder 7-4, the 7-13 of folder bag mechanism is installed on the bucket 7-2, the full sensor 7-18 of material is fixed on scale hooper one side, and vibrating motor 7-17 connects the anti-clogging vibrating member and is arranged on feeder 7-4 rear.
Described first sensor 7-10, the second sensor 7-12, the 3rd sensor 7-19 are electrically connected quantitative table 7-9 and the first gate magnetic valve 7-6, the second gate magnetic valve 7-7, the 3rd gate magnetic valve 7-8 and folder bag magnetic valve 7-14 separately, and connect controller 9 separately.Its principal character of controlling automatically is: after putting packaging bag, trigger folder bag sensor 7-16, controller 9 namely instructs folder bag magnetic valve 7-14 to supply gas to folder bag cylinder 7-1, and the folder bag cylinder namely spurs the 7-13 of folder bag mechanism and clamps packaging bag.Quantitatively show 7-9 then and cooperate first sensor 7-10 immediately, the second sensor 7-11, the 3rd sensor 7-19 begins weighing work, and successively by the signals that feed in raw material in a large number for the first time, the reinforced signal of amount for the second time, the reinforced signal of meticulous amount and finish the weighing signal and pass to controller 9 for the third time, controller 9 is namely given the first gate magnetic valve 7-6 after connecing signal sequentially, the second gate magnetic valve 7-7, the 3rd gate magnetic valve 7-8 sends instruction, above-mentioned three magnetic valves connect also to divide sequentially after the instruction and supply gas for three times to gate cylinder 7-5, the gate cylinder is finished corresponding a large amount of, middle amount, meticulous amount is drawn back the action of gates of segmental shape, after finishing weighing, close gates of segmental shape, meanwhile controller 9 sends instruction and makes folder bag cylinder 7-15 unclamp the 7-13 of folder bag mechanism for the folder bag magnetic valve packaging bag to be dropped on the seam bag conveyer belt 8-3 automatically, realize quantitative package by said process.
Described automatic sewing device 8, mainly formed by seam bag bracing frame 8-1, seam bag conveyer belt motor 8-2, seam bag conveyer belt 8-3, sack closer 8-4, tangent line sensor 8-5, tangent line magnetic valve 8-6, tangent line cylinder 8-7, after dropping on seam bag conveyer belt 8-3, the packaging bag that installs material namely is transferred into assigned address, the sack closer that is fixed on the seam bag bracing frame 8-1 begins the seam bag, finish and stitch bag back tangent line inductor transmission signal to controller 9, controller instructs tangent line magnetic valve 8-6 to supply gas again and finishes automated sewing job contract order to tangent line cylinder 8-7 promotion blade tangent line.
The utility model is not limited to above-described embodiment and conversion thereof, and other also should be included in the protection domain of the utility model claim based on design of the present utility model and without prejudice to the structural change of the utility model purpose.
Claims (1)
1. a whole volume plastic leftover bits is pulverized and the quantitative package unit, comprising:
Pulverizing bracing frame (1), pulverizing transmission device (2), moving knife are pulverized cutter ball (12), blanking is contained bucket device (3), finished product materials conveyer (4), lifting pay-off (5), propelling movement materials device (6) and quantitative packaging device (7), automatic sewing device (8), controller (9), man-machine interface (10);
The feeder (7-4) of described quantitative packaging device (7) is installed on the below of storage bin, and seam bag conveyer belt (8-3) is installed in scale hooper (7-2) below, and sack closer (8-4) is installed in the top of seam bag conveyer belt afterbody;
It is characterized in that:
Blanking is wherein contained bucket device (3), comprising: blanking is contained bucket (3-1), contains bucket feeding spiro rod tube (3-2), contains bucket feeding spiral rod (3-3), contains bucket feeding spiro rod tube charging aperture flange (3-4), contains bucket helical axis (3-5), contains bucket feeding motor (3-6), is contained bucket screw rod discharging opening (3-7); Wherein, blanking is contained bucket and is made of four wallboard welding, wallboard near screw rod tube (4-1) direction is vertically being installed by a side of pulverizing base (1-1), the shape that blanking is contained bucket is up big and down small, the material receiving port of its four wallboard lower ends connects Sheng bucket feeding spiro rod tube charging aperture flange (3-4), Sheng bucket screw rod discharging opening (3-7) connects discharging opening (1-4), contain bucket helical axis (3-5) and be installed on two bearing blocks, the tail end of containing bucket helical axis (3-5) connects contains bucket feeding motor (3-6);
Moving knife is wherein pulverized cutter ball (12), comprising: be fixed on the thick iron plate of some triangular shapes (12-10) of pulverizing on the cutter ball journal (12-7), the thick iron plate of described triangular shape is divided into many groups, every group of thick iron plate of triangular shape with same piece number; Every group has three and pulverizes tool rests (12-2), and each is pulverized and installs one by set bolt on tool rest and pulverize moving knife (12-4), the parallel and certain angle that staggers of pulverizing tool rest (12-2) between adjacent each group; Baffle plate (12-11) is welded on the thick iron plate of triangular shape (12-10), baffle plate be shaped as arc, this arc below the knife edge of pulverizing moving knife (12-4) beginning up to the back of set screw (12-8); Described pulverizing moving knife (12-4) by set bolt be fixed on pulverize tool rest (12-2) after, withstand the knife back by set screw (12-8) again, loosening and be convenient to when adorning cutter, regulate to prevent from pulverizing moving knife (12-4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200447707U CN203062980U (en) | 2013-01-18 | 2013-01-18 | Unit for crushing and quantitatively packing whole roll of plastic leftover materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013200447707U CN203062980U (en) | 2013-01-18 | 2013-01-18 | Unit for crushing and quantitatively packing whole roll of plastic leftover materials |
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| Publication Number | Publication Date |
|---|---|
| CN203062980U true CN203062980U (en) | 2013-07-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013200447707U Expired - Lifetime CN203062980U (en) | 2013-01-18 | 2013-01-18 | Unit for crushing and quantitatively packing whole roll of plastic leftover materials |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103934920A (en) * | 2013-01-18 | 2014-07-23 | 王昌佑 | Unit for crushing and quantitatively packing whole roll of plastic leftover materials |
| CN105690600A (en) * | 2016-03-31 | 2016-06-22 | 浙江绿宇环保有限公司 | Waste fiber and product pre-treatment system |
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2013
- 2013-01-18 CN CN2013200447707U patent/CN203062980U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103934920A (en) * | 2013-01-18 | 2014-07-23 | 王昌佑 | Unit for crushing and quantitatively packing whole roll of plastic leftover materials |
| CN103934920B (en) * | 2013-01-18 | 2018-04-20 | 王昌佑 | A kind of entire volume plastic leftover bits crush and quantitative package unit |
| CN105690600A (en) * | 2016-03-31 | 2016-06-22 | 浙江绿宇环保有限公司 | Waste fiber and product pre-treatment system |
| CN105690600B (en) * | 2016-03-31 | 2017-10-17 | 浙江绿宇环保股份有限公司 | The pretreatment system of waste and old fibre and product |
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