CN110064493A - A kind of injection molding raw material producing means - Google Patents

A kind of injection molding raw material producing means Download PDF

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Publication number
CN110064493A
CN110064493A CN201910348967.1A CN201910348967A CN110064493A CN 110064493 A CN110064493 A CN 110064493A CN 201910348967 A CN201910348967 A CN 201910348967A CN 110064493 A CN110064493 A CN 110064493A
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CN
China
Prior art keywords
connect
spring
upside
slideway
bar
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Granted
Application number
CN201910348967.1A
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Chinese (zh)
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CN110064493B (en
Inventor
李晓娟
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XUZHOU BAOSHENG XINTIAN AGRICULTURAL MACHINERY Co.,Ltd.
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李晓娟
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Priority to CN201910348967.1A priority Critical patent/CN110064493B/en
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C23/00Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
    • B02C23/02Feeding devices
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B02CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
    • B02CCRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
    • B02C23/00Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
    • B02C23/18Adding fluid, other than for crushing or disintegrating by fluid energy
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B29WORKING OF PLASTICS; WORKING OF SUBSTANCES IN A PLASTIC STATE IN GENERAL
    • B29BPREPARATION OR PRETREATMENT OF THE MATERIAL TO BE SHAPED; MAKING GRANULES OR PREFORMS; RECOVERY OF PLASTICS OR OTHER CONSTITUENTS OF WASTE MATERIAL CONTAINING PLASTICS
    • B29B13/00Conditioning or physical treatment of the material to be shaped
    • B29B13/10Conditioning or physical treatment of the material to be shaped by grinding, e.g. by triturating; by sieving; by filtering

Abstract

The present invention relates to a kind of raw material producing means, are in particular a kind of injection molding raw material producing means.Feeding inlet is blocked by baffle, and baffle has self-locking function, prevents raw material from flowing backwards, impurity is blown to selection by winnowing road side when selection by winnowing, convenient for collecting, and selection by winnowing road automatic uniform is fed, and guarantees the purity of raw material, raw material are pressed after crushing, material is released automatically after molding, facilitates transfer feeding, is conducive to storage transport, disintegrating mechanism crushes raw material after molding again, and raw material preparation is completed.Pan feeding is located at guide upside, and pan feeding is connect with guide, and guide is located at crushing upside, and guide and crushing connect, form and be located on the upside of transfer, and transfer positioned inside is crushed again, and crushing is located at crushing downside again, crushes and crush connection again.

Description

A kind of injection molding raw material producing means
Technical field
The present invention relates to a kind of raw material producing means, are in particular a kind of injection molding raw material producing means.
Background technique
Injection molding is a kind of method of industrial products production moulding, and injection molding is a kind of common approach that plastic raw materials use, and is produced Product are raw material usually using rubber injection mold and plastic injection, so devising this injection molding raw material producing means.
Summary of the invention
The present invention provides a kind of injection molding raw material producing means, is blocked for feeding inlet by baffle beneficial to benefit, and baffle With self-locking function, prevent raw material from flowing backwards, impurity is blown to selection by winnowing road side when selection by winnowing, convenient for collecting, and selection by winnowing road from Dynamic uniform feeding guarantees to be pressed after the purity of raw material, raw material crush, automatically releases material after molding, convenient Feeding is transferred, storage transport is conducive to, disintegrating mechanism crushes raw material after molding again, and raw material preparation is completed.
In order to solve the above technical problems, being in particular a kind of injection molding the present invention relates to a kind of raw material producing means Raw material producing means, including pan feeding, guide, crushing, molding, transfer, crush again, feeding inlet is blocked by baffle, and is kept off Plate has self-locking function, prevents raw material from flowing backwards, and impurity is blown to selection by winnowing road side when selection by winnowing, convenient for collecting, and selection by winnowing road Automatic uniform charging guarantees to be pressed after the purity of raw material, raw material crush, automatically release material after molding, side Just feeding is transferred, storage transport is conducive to, disintegrating mechanism crushes raw material after molding again, and raw material preparation is completed.
Pan feeding is made of feeding inlet, locking, and baffle is located on the upside of feeding inlet, and baffle is connect with feeding inlet;
Feeding inlet is made of shell, free bearing one, baffle, and shell is located at one inside of free bearing, and shell is connect with free bearing one, free bearing One is located on the downside of baffle, and free bearing one is connect with baffle, and baffle is located on the upside of shell;
Baffle by main shaft, hand lever, connecting shaft, slideway one, slide bar one, spring one, block one, form from axis, hand lever is located at master On the right side of axis, hand lever is connect with main shaft, and connecting shaft is located on the inside of hand lever, and connecting shaft is connect with hand lever, and slideway one is located on the right side of connecting shaft, slideway One connect with connecting shaft, and slide bar one is located at one right side of slideway, and slide bar one is connect with slideway one, and spring one is located at one right side of slideway, bullet Spring one is connect with slideway one, and block one is located at one right side of spring, and block one is connect with spring one, and it is right that block one is located at spring one Side, block one are connect with spring one, from axle position in one right side of block, are connect from axis with block one;
Guide by motor two, main wheel two, band two, from wheel two, selection by winnowing road, free bearing two, slideway two, support rod, push plate, spiral shell Mother, spring two, sliding block two, lower free bearing, fan composition, main wheel two are located at motor two side faces, and main wheel two is connect with motor two, band two Positioned at two left side of main wheel, band two is connect with main wheel two, is located at two left side of band from wheel two, is connect from wheel two with band two, selection by winnowing road position In from two upside of wheel, selection by winnowing road is connect with from wheel two, and free bearing two is located on the downside of selection by winnowing road, and free bearing two is connect with selection by winnowing road, push plate On the outside of support rod, push plate is connect with support rod, and nut is located on the outside of support rod, and nut is connect with support rod, and nut is located at On the upside of push plate, nut is connect with push plate, and spring two is located on the upside of push plate, and spring two is connect with push plate, and sliding block two is located at spring two Upside, sliding block two are connect with spring two, and sliding block two is located at two inside of slideway, and sliding block two is connect with slideway two, and lower free bearing is located at branch On the upside of strut, lower free bearing is connect with support rod, and lower free bearing is located on the downside of selection by winnowing road, and lower free bearing is connect with selection by winnowing road, and fan is located at On the right side of selection by winnowing road;
Crushing is made of motor three, rubbing wheel, rubbing channel, and motor three takes turns right side, motor three and rubbing wheel positioned at rubbing Connection is rubbed wheel and is located on the inside of rubbing channel, rubs wheel and connect with channel is rubbed;
Molding is made of lifting device, shaping box, and lifting device is located on the upside of shaping box;
Lifting device is by pressing plate, guide rail four, screw rod, screw, installation table four, motor four, inner shaft, connecting rod one, spring four, company Bar two, mounting plate four, bearing block, a umbrella wheel left side, outer shaft, the umbrella wheel right side, the main composition of umbrella wheel, screw are located on the upside of pressing plate, screw and pressure Plate connection, screw are located on the outside of screw rod, and screw is connect with screw rod, and screw is located at four outside of guide rail, and screw connect with guide rail four, pacifies Dress table four is located at four upside of guide rail, and installation table four is connect with guide rail four, and installation table four is located on the upside of screw rod, installation table four and screw rod Connection, motor four are located at four upside of installation table, and motor four is connect with installation table four, and inner shaft is located at four right side of motor, inner shaft and electricity Machine four connects, and spring four is located at one upside of connecting rod, and connecting rod two is located at four outside of spring, and connecting rod two is connect with spring four, connecting rod two Positioned at one upside of connecting rod, connecting rod two is connect with connecting rod one, and mounting plate four is located at connecting rod two side faces, and mounting plate four and connecting rod two connect It connects, mounting plate four is located at connecting rod one side, and mounting plate four is connect with connecting rod one, and bearing seat is in four upside of installation table, bearing block It is connect with installation table four, outer shaft is located at umbrella wheel left side, outer shaft and the left connection of umbrella wheel, and the umbrella wheel right side is located on the left of outer shaft, and umbrella wheel is right With outer axis connection, outer shaft is located at one left side of connecting rod, and outer shaft is connect with connecting rod one, and outer shaft is located at two left side of connecting rod, outer shaft and connecting rod Two connections, on the upside of screw rod, umbrella wheel master connect the umbrella wheel status of a sovereign with screw rod;
Screw is made of screw body, threaded hole, through-hole, and threaded hole is located at screw body center, and threaded hole is connect with screw body, Through-hole is located at screw body two sides, and through-hole is connect with screw body;
Shaping box is made of guiding trestle, interior case, and guiding trestle is located on the downside of interior case, and guiding trestle is connect with interior case;
Interior case is made of cabinet, inner spring, sliding block four, slideway four, pin, outer spring, and inner spring is located at four inside of slideway, interior Spring is connect with slideway four, and sliding block four is located at four inside of slideway, and sliding block four is connect with slideway four, and sliding block four is located on inner spring Side, sliding block four are connect with inner spring, and slideway four is located at cabinet two sides, and slideway four is connect with cabinet, pins position on the upside of the cabinet, pin with Cabinet connection, outer spring are located on the upside of cabinet, and outer spring is connect with cabinet, and outer spring and pin connection, outer spring are connect with cabinet;
Sliding block four is made of slider edge, unidirectional pedestal, little spring, one-way plug one, variable diameter hole, and slider edge is located at unidirectional pedestal two Side, slider edge are connect with unidirectional pedestal, and variable diameter hole is located on the inside of unidirectional pedestal, and variable diameter hole is connect with unidirectional pedestal, little spring position On the upside of one-way plug one, little spring is connect with one-way plug one, and little spring is located on the inside of variable diameter hole, and little spring is connect with variable diameter hole, unidirectionally Plug is located on the inside of variable diameter hole, and one-way plug one is connect with variable diameter hole;
Transfer is made of motor five, bar one, bar two, bar three, shaft five, pushing ram, and bar one is located at five side of motor, bar one It being connect with motor five, bar two is located at one upside of bar, and bar two is connect with bar one, and bar three is located at two right side of bar, and bar three is connect with bar two, Shaft five is located at three right side of bar, and shaft five is connect with bar three, and pushing ram is located at two upside of bar, and pushing ram is connect with bar two;
It is crushed again by body frame, slide, sliding block axis, bottom bar six, spring six are small, free bearing six, crushing chamber, crushing ball, motor Six, counterweight switch block, big sliding block six, big slideway six, slideway six, spring six form greatly, and body frame is located on the downside of slide, body frame and slide Connection, bottom bar six are located on the upside of slide, and bottom bar six is connect with slide, and bottom bar six is located on the upside of sliding block axis, bottom bar six and sliding block axis Connection, spring six is small to be located on the upside of slide, and spring six is small to be connect with slide, and spring six is small to be located at six downside of free bearing, spring Six it is small connect with free bearing six, crushing chamber is located at the upside of free bearing six, and crushing chamber is connect with free bearing six, and crushing ball is located in crushing chamber Side, crushing ball are connect with crushing chamber, and motor six is located at crushing chamber side, and motor six is connect with crushing chamber, and counterweight switch block is located at electricity Six side of machine, counterweight switch block are connect with motor six, and counterweight switch block is located at big six side of sliding block, and counterweight switch block and big sliding block six connect It connects, big slideway six is located at big six outside of sliding block, and big slideway six is connect with big sliding block six, and slideway six is located at big six inside of slideway, sliding Road six is connect with big slideway six, and spring six is located at greatly six inside of slideway, and spring six is connect with slideway six greatly, and spring six is located at greatly big Six two sides of sliding block, spring six are connect with big sliding block six greatly;
Pan feeding is located at guide upside, and pan feeding is connect with guide, and guide, which is located at, crushes upside, and guide and crushing connect, molding Positioned at transfer upside, transfer crushes again positioned inside is crushed again and is located at crushing downside, crushes again and crushes connection.
As advanced optimizing for the technical program, body frame described in a kind of injection molding raw material producing means of the present invention and rubbing Channel connection.
As advanced optimizing for the technical program, body frame material described in a kind of injection molding raw material producing means of the present invention is Carbon steel.
As advanced optimizing for the technical program, bearing block quantity described in a kind of injection molding raw material producing means of the present invention It is two.
The present invention is molded having the beneficial effect that for raw material producing means
Feeding inlet is blocked by baffle, and baffle has self-locking function, prevents raw material from flowing backwards, and impurity is blown to when selection by winnowing Selection by winnowing road side, convenient for collecting, and selection by winnowing road automatic uniform is fed, and guarantees to carry out after the purity of raw material, raw material crush Material is released automatically after molding, facilitates transfer feeding by compression moulding, is conducive to storage transport, disintegrating mechanism will be after molding again Raw material are crushed, and raw material preparation is completed.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram for being molded raw material producing means of the present invention.
Fig. 2 is a kind of 1 structural schematic diagram of pan feeding for being molded raw material producing means of the present invention.
Fig. 3 is a kind of feeding inlet 1-1 structural schematic diagram for being molded raw material producing means of the present invention.
Fig. 4 is a kind of baffle 1-2 structural schematic diagram for being molded raw material producing means of the present invention.
Fig. 5 is a kind of 2 structural schematic diagram of guide for being molded raw material producing means of the present invention.
Fig. 6 is a kind of 3 structural schematic diagram of crushing for being molded raw material producing means of the present invention.
Fig. 7 is a kind of 4 structural schematic diagram of molding for being molded raw material producing means of the present invention.
Fig. 8 is a kind of lifting device 4-1 structural schematic diagram for being molded raw material producing means of the present invention.
Fig. 9 is a kind of lifting device 4-1 partial structural diagram for being molded raw material producing means of the present invention.
Figure 10 is a kind of screw 4-1-4 structural schematic diagram for being molded raw material producing means of the present invention.
Figure 11 is a kind of shaping box 4-2 structural schematic diagram for being molded raw material producing means of the present invention.
Figure 12 is a kind of interior case 4-2-2 structural schematic diagram for being molded raw material producing means of the present invention.
Figure 13 is a kind of four 4-2-2-3 structural schematic diagram of sliding block for being molded raw material producing means of the present invention.
Figure 14 is a kind of four 4-2-2-3 partial structural diagram of sliding block for being molded raw material producing means of the present invention.
Figure 15 is a kind of 5 structural schematic diagram of transfer for being molded raw material producing means of the present invention.
Figure 16 is a kind of 6 structural schematic diagram of crushing again for being molded raw material producing means of the present invention.
Figure 17 is a kind of 6 partial structural diagram of crushing again for being molded raw material producing means of the present invention.
In figure: pan feeding 1;Feeding inlet 1-1;Shell 1-1-1;One 1-1-2 of free bearing;Baffle 1-1-3;Lock 1-2;Main shaft 1-2- 1;Hand lever 1-2-2;Connecting shaft 1-2-3;One 1-2-4 of slideway;One 1-2-5 of slide bar;One 1-2-6 of spring;One 1-2-7 of block;From axis 1- 2-8;Guide 2;Two 2-1 of motor;Two 2-2 of main wheel;Two 2-3 of band;From taking turns two 2-4;Selection by winnowing road 2-5;Two 2-6 of free bearing;Two 2- of slideway 7;Support rod 2-8;Push plate 2-9;Nut 2-10;Two 2-11 of spring;Two 2-12 of sliding block;Lower free bearing 2-13;Fan 2-14;Crush 3; Three 3-1 of motor;Rub wheel 3-2;Rub channel 3-3;Molding 4;Lifting device 4-1;Pressing plate 4-1-1;Four 4-1-2 of guide rail;Screw rod 4-1-3;Screw 4-1-4;Screw body 4-1-4-1;Threaded hole 4-1-4-2;Through-hole 4-1-4-3;Four 4-1-5 of installation table;Motor four 4-1-6;Inner shaft 4-1-7;One 4-1-8 of connecting rod;Four 4-1-9 of spring;Two 4-1-10 of connecting rod;Four 4-1-11 of mounting plate;Bearing block 4- 1-12;The left 4-1-13 of umbrella wheel;Outer shaft 4-1-14;The right 4-1-15 of umbrella wheel;The main 4-1-16 of umbrella wheel;Shaping box 4-2;Guiding trestle 4-2- 1;Interior case 4-2-2;Cabinet 4-2-2-1;Inner spring 4-2-2-2;Four 4-2-2-3 of sliding block;Slider edge 4-2-2-3-1;Unidirectional pedestal 4-2-2-3-2;Little spring 4-2-2-3-3;One-way plug one 4-2-2-3-4;Variable diameter hole 4-2-2-3-5;Four 4-2-2-4 of slideway;Sell 4- 2-2-5;Outer spring 4-2-2-6;Transfer 5;Five 5-1 of motor;One 5-2 of bar;Two 5-3 of bar;Three 5-4 of bar;Five 5-5 of shaft;Pushing ram 5-6;6 are crushed again;Body frame 6-1;Slide 6-2;Sliding block axis 6-3;Six 6-4 of bottom bar;Spring six is 6-5 small;Six 6-6 of free bearing;It crushes Chamber 6-7;Crushing ball 6-8;Six 6-9 of motor;Counterweight switch block 6-10;Six 6-11 of big sliding block;Six 6-12 of big slideway;Six 6-13 of slideway; Spring six is 6-14 big.
Specific embodiment
Specific embodiment 1:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17 illustrate present embodiment, in particular it to be a kind of note that the present invention relates to a kind of raw material producing means Mould raw material producing means, including pan feeding 1, guide 2, crush 3, molding 4, transfer 5, crush 6 again, feeding inlet is hidden by baffle Gear, and baffle has self-locking function, prevents raw material from flowing backwards, impurity is blown to selection by winnowing road side when selection by winnowing, convenient for collecting, and And selection by winnowing road automatic uniform is fed, and guarantees to be pressed after the purity of raw material, raw material crush, it automatically will material after molding It releases, facilitates transfer feeding, be conducive to storage transport, disintegrating mechanism crushes raw material after molding again, raw material system It is standby to complete.
Pan feeding 1 is made of feeding inlet 1-1, locking 1-2, and baffle 1-2 is located on the upside of feeding inlet 1-1, baffle 1-2 and feeding inlet 1-1 connection;
Feeding inlet 1-1 is made of shell 1-1-1, one 1-1-2 of free bearing, baffle 1-1-3, and shell 1-1-1 is located at one 1- of free bearing On the inside of 1-2, shell 1-1-1 connect with one 1-1-2 of free bearing, and one 1-1-2 of free bearing is located at the downside baffle 1-1-3, one 1-1-2 of free bearing and Baffle 1-1-3 connection, baffle 1-1-3 are located on the upside of shell 1-1-1, drive the baffle 1-1-3 on right side to revolve counterclockwise from axis 1-2-8 Turn, baffle 1-1-3 is rotated centered on one 1-1-2 of free bearing, and baffle 1-1-3 seals shell 1-1-1, and one 1-2-6 of spring will be kept off Plate 1-1-3 and shell 1-1-1 is compressed, and feeding inlet is blocked by baffle, and baffle has self-locking function, prevents raw material from flowing backwards;
Baffle 1-2 is by main shaft 1-2-1, hand lever 1-2-2, connecting shaft 1-2-3, one 1-2-4 of slideway, one 1-2-5 of slide bar, spring one 1-2-6, one 1-2-7 of block, it is formed from axis 1-2-8, hand lever 1-2-2 is located on the right side of main shaft 1-2-1, hand lever 1-2-2 and main shaft 1- 2-1 connection, connecting shaft 1-2-3 are located on the inside of hand lever 1-2-2, and connecting shaft 1-2-3 is connect with hand lever 1-2-2, and one 1-2-4 of slideway, which is located at, to be connected On the right side of axis 1-2-3, one 1-2-4 of slideway is connect with connecting shaft 1-2-3, and one 1-2-5 of slide bar is located on the right side of one 1-2-4 of slideway, slide bar one 1-2-5 is connect with one 1-2-4 of slideway, and one 1-2-6 of spring is located on the right side of one 1-2-4 of slideway, one 1-2-6 of spring and one 1-2- of slideway 4 connections, one 1-2-7 of block are located on the right side of one 1-2-6 of spring, and one 1-2-7 of block is connect with one 1-2-6 of spring, one 1-2-7 of block On the right side of one 1-2-6 of spring, one 1-2-7 of block is connect with one 1-2-6 of spring, and it is right to be located at one 1-2-7 of block from axis 1-2-8 Side is connect from axis 1-2-8 with one 1-2-7 of block, and raw material are put into shell 1-1-1, rotates clockwise hand lever 1-2-2, hand lever 1-2-2 drives main shaft 1-2-1 to rotate clockwise.Main shaft 1-2-1 drives the baffle 1-1-3 in left side to rotate clockwise, hand lever 1-2-2 Connecting shaft 1-2-3 is driven to rotate clockwise, connecting shaft 1-2-3 band one 1-2-4 of sliding way rotates counterclockwise, and one 1-2-4 of slideway, which drives, to be slided One 1-2-5 of bar rotates counterclockwise, and one 1-2-5 of slide bar drives one 1-2-7 of block to rotate counterclockwise, in hand lever 1-2-2 rotary course In, connecting shaft 1-2-3 reduces at a distance from axis 1-2-8, and one 1-2-5 of slide bar is moved inwardly along one 1-2-4 of slideway, one 1- of spring 2-6 is compressed, when connecting shaft 1-2-3 is with being more than minimum value from the distance between axis 1-2-8, the elastic potential energy of one 1-2-6 of spring It is converted into kinetic energy, one 1-2-5 of slide bar is pushed to stretch out, connecting shaft 1-2-3 increases at a distance from axis 1-2-8;
Guide 2 by two 2-1 of motor, two 2-2 of main wheel, two 2-3 of band, from wheel two 2-4, selection by winnowing road 2-5, two 2-6 of free bearing, slideway Two 2-7, support rod 2-8, push plate 2-9, nut 2-10, two 2-11 of spring, two 2-12 of sliding block, lower free bearing 2-13, fan 2-14 group At two 2-2 of main wheel is located at two side 2-1 of motor, and two 2-2 of main wheel is connect with two 2-1 of motor, and it is left that two 2-3 of band is located at two 2-2 of main wheel Side, two 2-3 of band are connect with two 2-2 of main wheel, are located on the left of two 2-3 of band from two 2-4 of wheel, are connect from two 2-4 of wheel with two 2-3 of band, wind The 2-5 that seeks is located on the upside of two 2-4 of wheel, and selection by winnowing road 2-5 is connect with from two 2-4 of wheel, and two 2-6 of free bearing is located on the downside of selection by winnowing road 2-5, Two 2-6 of free bearing is connect with selection by winnowing road 2-5, and push plate 2-9 is located on the outside of support rod 2-8, and push plate 2-9 is connect with support rod 2-8, nut 2-10 is located on the outside of support rod 2-8, and nut 2-10 is connect with support rod 2-8, and nut 2-10 is located on the upside of push plate 2-9, nut 2- 10 connect with push plate 2-9, and two 2-11 of spring is located on the upside of push plate 2-9, and two 2-11 of spring is connect with push plate 2-9, two 2-12 of sliding block On the upside of two 2-11 of spring, two 2-12 of sliding block is connect with two 2-11 of spring, and two 2-12 of sliding block is located on the inside of two 2-7 of slideway, sliding Two 2-12 of block is connect with two 2-7 of slideway, and lower free bearing 2-13 is located on the upside of support rod 2-8, and lower free bearing 2-13 and support rod 2-8 connect It connects, lower free bearing 2-13 is located on the downside of selection by winnowing road 2-5, and lower free bearing 2-13 is connect with selection by winnowing road 2-5, and fan 2-14 is located at selection by winnowing road 2- 5 right sides, two 2-1 of motor drive two 2-1 of motor rotation, and two 2-1 of motor drives two 2-3 of band rotation, and two 2-3 of band drives from taking turns two 2- 4 rotations are eccentric wheel from two 2-4 of wheel, from the most edge of two 2-4 of wheel and the most Edge Distance of two 2-2 of main wheel in rotary course It changes, because the length of two 2-3 of band is constant, drives selection by winnowing road 2-5 to put centered on two 2-6 of free bearing from two 2-4 of wheel It is dynamic, lower free bearing 2-13 vibration is driven when selection by winnowing road 2-5 shakes, lower free bearing 2-13 band two 2-12 of movable slider is moved, two 2-12 of sliding block It being moved along two direction 2-7 of slideway, support rod 2-8 is identical as the power that two 2-11 of spring generates push plate 2-9, rotating nuts 2-10, Nut 2-10 is moved along the direction support rod 2-8, and push plate 2-9 changes to the active force of two 2-11 of spring, and the elasticity of spring changes Become, can be used for adjusting damping effect, selection by winnowing road 2-5 shakes raw material above uniformly in vibration, and fan 2-14 is by wind The impurity on 2-5 of seeking blows to the selection by winnowing road oblique upside 2-5, and impurity is blown to selection by winnowing road side when selection by winnowing, convenient for collecting, guarantees former The purity of material, raw material enter crushing 3;
Crushing 3 takes turns 3-2 by three 3-1 of motor, rubbing, rubbing channel 3-3 is formed, and three 3-1 of motor is located at rubbing and takes turns the right side 3-2 Side, three 3-1 of motor are connect with wheel 3-2 is rubbed, and are rubbed wheel 3-2 positioned at rubbing on the inside of the 3-3 of channel, are rubbed wheel 3-2 and rub channel 3-3 connection, three 3-1 of motor, which drives, rubs wheel 3-2 rotation, rubs wheel 3-2 and rubs the raw material in the 3-3 of channel are rubbed, and will Raw material are fed inwardly;
Molding 4 is made of lifting device 4-1, shaping box 4-2, and lifting device 4-1 is located on the upside of shaping box 4-2;
Lifting device 4-1 by pressing plate 4-1-1, four 4-1-2 of guide rail, screw rod 4-1-3, screw 4-1-4, four 4-1-5 of installation table, Four 4-1-6 of motor, inner shaft 4-1-7, one 4-1-8 of connecting rod, four 4-1-9 of spring, two 4-1-10 of connecting rod, four 4-1-11 of mounting plate, axis It holds the main 4-1-16 of the left 4-1-13 of a 4-1-12, umbrella wheel, outer shaft 4-1-14, the right 4-1-15 of umbrella wheel, umbrella wheel to form, screw 4-1-4 On the upside of pressing plate 4-1-1, screw 4-1-4 is connect with pressing plate 4-1-1, and screw 4-1-4 is located on the outside of screw rod 4-1-3, screw 4-1-4 It is connect with screw rod 4-1-3, screw 4-1-4 is located on the outside of four 4-1-2 of guide rail, and screw 4-1-4 is connect with four 4-1-2 of guide rail, installs Four 4-1-5 of table is located on the upside of four 4-1-2 of guide rail, and four 4-1-5 of installation table is connect with four 4-1-2 of guide rail, and four 4-1-5 of installation table is located at On the upside of screw rod 4-1-3, four 4-1-5 of installation table is connect with screw rod 4-1-3, and four 4-1-6 of motor is located on the upside of four 4-1-5 of installation table, Four 4-1-6 of motor is connect with four 4-1-5 of installation table, and inner shaft 4-1-7 is located on the right side of four 4-1-6 of motor, inner shaft 4-1-7 and motor four 4-1-6 connection, four 4-1-9 of spring are located on the upside of one 4-1-8 of connecting rod, and two 4-1-10 of connecting rod is located on the outside of four 4-1-9 of spring, connecting rod Two 4-1-10 are connect with four 4-1-9 of spring, and two 4-1-10 of connecting rod is located on the upside of one 4-1-8 of connecting rod, two 4-1-10 of connecting rod and connecting rod One 4-1-8 connection, four 4-1-11 of mounting plate are located at two side 4-1-10 of connecting rod, and four 4-1-11 of mounting plate and two 4-1-10 of connecting rod connect It connects, four 4-1-11 of mounting plate is located at one side 4-1-8 of connecting rod, and four 4-1-11 of mounting plate is connect with one 4-1-8 of connecting rod, bearing block 4- 1-12 is located on the upside of four 4-1-5 of installation table, and bearing block 4-1-12 is connect with four 4-1-5 of installation table, and outer shaft 4-1-14 is located at umbrella wheel On the left of left 4-1-13, outer shaft 4-1-14 is connect with the left 4-1-13 of umbrella wheel, and the right 4-1-15 of umbrella wheel is located on the left of outer shaft 4-1-14, umbrella wheel Right 4-1-15 is connect with outer shaft 4-1-14, and outer shaft 4-1-14 is located on the left of one 4-1-8 of connecting rod, outer shaft 4-1-14 and one 4-1- of connecting rod 8 connections, outer shaft 4-1-14 are located on the left of two 4-1-10 of connecting rod, and outer shaft 4-1-14 is connect with two 4-1-10 of connecting rod, the main 4-1- of umbrella wheel 16 are located on the upside of screw rod 4-1-3, and the main 4-1-16 of umbrella wheel is connect with screw rod 4-1-3, and raw material enter in cabinet 4-2-2-1, electricity Four 4-1-6 of machine drives inner shaft 4-1-7 rotation, and inner shaft 4-1-7 drives outer shaft 4-1-14 rotation, and outer shaft 4-1-14 drives the right 4- of umbrella wheel 1-15 rotation, the right 4-1-15 of umbrella wheel drive the main 4-1-16 rotation of umbrella wheel, and the main 4-1-16 of umbrella wheel drives screw rod 4-1-3 rotation, screw rod 4-1-3 is connect with threaded hole 4-1-4-2, and threaded hole 4-1-4-2 is moved downward along screw rod 4-1-3, through-hole 4-1-4-3 and guide rail four 4-1-2 connection, through-hole 4-1-4-3 are moved downward along four 4-1-2 of guide rail, prevent screw body 4-1-4-1 from rotating, screw body 4-1-4- 1 moves downward along screw rod 4-1-3, and screw 4-1-4 is moved downward, and screw 4-1-4 band dynamic pressure plate 4-1-1 is moved downward;
Screw 4-1-4 is made of screw body 4-1-4-1, threaded hole 4-1-4-2, through-hole 4-1-4-3, threaded hole 4-1-4-2 Positioned at the center screw body 4-1-4-1, threaded hole 4-1-4-2 is connect with screw body 4-1-4-1, and through-hole 4-1-4-3 is located at screw body The two sides 4-1-4-1, through-hole 4-1-4-3 are connect with screw body 4-1-4-1;
Shaping box 4-2 is made of guiding trestle 4-2-1, interior case 4-2-2, and guiding trestle 4-2-1 is located under interior case 4-2-2 Side, guiding trestle 4-2-1 are connect with interior case 4-2-2;
Interior case 4-2-2 is by cabinet 4-2-2-1, inner spring 4-2-2-2, four 4-2-2-3 of sliding block, four 4-2-2-4 of slideway, pin 4- 2-2-5, outer spring 4-2-2-6 composition, inner spring 4-2-2-2 are located on the inside of four 4-2-2-4 of slideway, inner spring 4-2-2-2 and cunning Four 4-2-2-4 connection of road, four 4-2-2-3 of sliding block are located on the inside of four 4-2-2-4 of slideway, four 4-2-2-3 of sliding block and four 4-2- of slideway 2-4 connection, four 4-2-2-3 of sliding block are located on the upside of inner spring 4-2-2-2, and four 4-2-2-3 of sliding block is connect with inner spring 4-2-2-2, Four 4-2-2-4 of slideway is located at the two sides cabinet 4-2-2-1, and four 4-2-2-4 of slideway is connect with cabinet 4-2-2-1, and pin 4-2-2-5 is located at On the upside of cabinet 4-2-2-1, pin 4-2-2-5 is connect with cabinet 4-2-2-1, and outer spring 4-2-2-6 is located on the upside of cabinet 4-2-2-1, Outer spring 4-2-2-6 is connect with cabinet 4-2-2-1, and outer spring 4-2-2-6 is connect with pin 4-2-2-5, outer spring 4-2-2-6 and case Body 4-2-2-1 connection, inner spring 4-2-2-2 are compressed, and during compressing to raw material, the pressure in cabinet 4-2-2-1 increases Add, the elastic potential energy of inner spring 4-2-2-2 is converted into kinetic energy, pushes four 4-2-2-3 of sliding block to move upwards, four 4-2-2-3 of sliding block The raw material compressed are driven to move upwards, slider edge 4-2-2-3-1 pushes pin 4-2-2-5 to move outward, outer spring 4-2- 2-6 is compressed, and when on the upside of unidirectional pedestal 4-2-2-3-2 to pin 4-2-2-5, outer spring 4-2-2-6 drives pin 4-2-2-5 inside Side movement, four 4-2-2-3 of sliding block is limited, and self-emptying is completed, and facilitates transfer feeding, is conducive to storage transport;
Four 4-2-2-3 of sliding block is by slider edge 4-2-2-3-1, unidirectional pedestal 4-2-2-3-2, little spring 4-2-2-3-3, unidirectional 4-2-2-3-4, variable diameter hole 4-2-2-3-5 composition are filled in, slider edge 4-2-2-3-1 is located at the two sides unidirectional pedestal 4-2-2-3-2, and side is sliding Block 4-2-2-3-1 is connect with unidirectional pedestal 4-2-2-3-2, and variable diameter hole 4-2-2-3-5 is located on the inside of unidirectional pedestal 4-2-2-3-2, Variable diameter hole 4-2-2-3-5 is connect with unidirectional pedestal 4-2-2-3-2, and little spring 4-2-2-3-3 is located on one-way plug one 4-2-2-3-4 Side, little spring 4-2-2-3-3 are connect with one-way plug one 4-2-2-3-4, and little spring 4-2-2-3-3 is located in the 4-2-2-3-5 of variable diameter hole Side, little spring 4-2-2-3-3 are connect with variable diameter hole 4-2-2-3-5, and one-way plug one 4-2-2-3-4 is located in the 4-2-2-3-5 of variable diameter hole Side, one-way plug one 4-2-2-3-4 are connect with variable diameter hole 4-2-2-3-5, and pressing plate 4-1-1 is to the former material on unidirectional pedestal 4-2-2-3-2 Material is compressed, and unidirectional pedestal 4-2-2-3-2 stress moves downward, and slider edge 4-2-2-3-1 is transported downwards along four 4-2-2-4 of slideway Dynamic, high pressure gas pushes one-way plug one 4-2-2-3-4 to move downward, and little spring 4-2-2-3-3 is stretched, variable diameter hole 4-2-2-3-5 Access is formed with the external world, gas is discharged by variable diameter hole 4-2-2-3-5, after the completion of compression;
Transfer 5 is made of five 5-1 of motor, one 5-2 of bar, two 5-3 of bar, three 5-4 of bar, five 5-5 of shaft, pushing ram 5-6, bar one 5-2 is located at five side 5-1 of motor, and one 5-2 of bar is connect with five 5-1 of motor, and two 5-3 of bar is located on the upside of bar one 5-2, two 5-3 of bar with One 5-2 connection of bar, three 5-4 of bar are located on the right side of two 5-3 of bar, and three 5-4 of bar is connect with two 5-3 of bar, and five 5-5 of shaft is located at three 5-4 of bar Right side, five 5-5 of shaft are connect with three 5-4 of bar, and pushing ram 5-6 is located on the upside of two 5-3 of bar, and pushing ram 5-6 is connect with two 5-3 of bar, Five 5-1 driven rod of motor, one 5-2 rotation, two 5-3 of bar using the connecting shaft of three 5-4 of bar and two 5-3 of bar as fulcrum side-to-side movement because Three 5-4 of bar is swung centered on five 5-5 of shaft, and the connecting shaft of three 5-4 of bar and two 5-3 of bar have the componental movement of vertical direction, so Pushing ram 5-6 has the componental movement of vertical direction, and pushing ram 5-6 pushes the raw material blanking on four 4-2-2-3 of sliding block;
Crushed again 6 by body frame 6-1, slide 6-2, sliding block axis 6-3, six 6-4 of bottom bar, spring six are 6-5 small, six 6-6 of free bearing, Crushing chamber 6-7, crushing ball 6-8, six 6-9 of motor, counterweight switch block 6-10, six 6-11 of big sliding block, six 6-12 of big slideway, six 6- of slideway 13, the 6-14 big composition of spring six, body frame 6-1 are located on the downside of slide 6-2, and body frame 6-1 is connect with slide 6-2, and six 6-4 of bottom bar is located at On the upside of slide 6-2, six 6-4 of bottom bar is connect with slide 6-2, and six 6-4 of bottom bar is located on the upside of sliding block axis 6-3, six 6-4 of bottom bar and sliding block Axis 6-3 connection, spring six is 6-5 small to be located on the upside of slide 6-2, and spring six is 6-5 small to be connect with slide 6-2, and spring six is 6-5 small On the downside of six 6-6 of free bearing, spring six is 6-5 small to be connect with six 6-6 of free bearing, and crushing chamber 6-7 is located on the upside of six 6-6 of free bearing, is crushed Chamber 6-7 is connect with six 6-6 of free bearing, and crushing ball 6-8 is located on the inside of crushing chamber 6-7, and crushing ball 6-8 is connect with crushing chamber 6-7, motor Six 6-9 are located at the side crushing chamber 6-7, and six 6-9 of motor is connect with crushing chamber 6-7, and counterweight switch block 6-10 is located at six side 6-9 of motor Face, counterweight switch block 6-10 are connect with six 6-9 of motor, and counterweight switch block 6-10 is located at big six side 6-11 of sliding block, counterweight switch block 6-10 It is connect with big six 6-11 of sliding block, big six 6-12 of slideway is located on the outside of big six 6-11 of sliding block, big six 6-12 of slideway and big six 6- of sliding block 11 connections, six 6-13 of slideway are located on the inside of big six 6-12 of slideway, and six 6-13 of slideway is connect with big six 6-12 of slideway, and spring six is 6- big 14 are located on the inside of six 6-13 of slideway, and spring six is 6-14 big to be connect with six 6-13 of slideway, and spring six is 6-14 big to be located at big six 6- of sliding block 11 two sides, spring six is 6-14 big to be connect with big six 6-11 of sliding block, and six 6-9 of motor drives counterweight switch block 6-10 movement, counterweight switch block 6-10 generates eccentric force when rotating, counterweight switch block 6-10 band six 6-11 of movable slider is moved, and six 6-11 of sliding block is along big six 6-12 of slideway Direction movement, spring six is 6-14 big to play the role of damping, and counterweight switch block 6-10 drives crushing chamber 6-7 movement, crushing chamber 6-7 band Dynamic six 6-6 of free bearing movement, six 6-6 of free bearing drive six 6-4 of bottom bar movement, and six 6-4 of bottom bar is swung centered on sliding block axis 6-3, sliding Block axis 6-3 is moved along the direction slide 6-2, and crushing chamber 6-7 is collided with crushing ball 6-8 during the motion, by crushing chamber 6-7 Interior raw material are crushed;
Pan feeding 1 is located at 2 upside of guide, and pan feeding 1 is connect with guide 2, and guide 2, which is located at, crushes 3 upsides, and guide 2 connects with crushing 3 It connects, molding 4 is located on the upside of transfer 5, and transfer 5 is located at crushes 6 insides again, and crushing 6, which is located at, again crushes 3 downsides, crushes 6 again It is connect with crushing 3.
Specific embodiment 2:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the body frame 6-1 with Rub channel 3-3 connection.
Specific embodiment 3:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the body frame 6-1 material Material is carbon steel.
Specific embodiment 4:
Below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16, Figure 17 illustrate that present embodiment, present embodiment are described further embodiment one, the bearing block 4- 1-12 quantity is two.
The working principle of the present apparatus are as follows: raw material are put into shell 1-1-1, hand lever 1-2-2, hand lever 1- are rotated clockwise 2-2 drives main shaft 1-2-1 to rotate clockwise.Main shaft 1-2-1 drives the baffle 1-1-3 in left side to rotate clockwise, hand lever 1-2-2 band Dynamic connecting shaft 1-2-3 is rotated clockwise, and connecting shaft 1-2-3 band one 1-2-4 of sliding way rotates counterclockwise, slideway one 1-2-4 band moving slide-bar One 1-2-5 rotates counterclockwise, and one 1-2-5 of slide bar drives one 1-2-7 of block to rotate counterclockwise, in hand lever 1-2-2 rotary course, Connecting shaft 1-2-3 reduces at a distance from axis 1-2-8, and one 1-2-5 of slide bar is moved inwardly along one 1-2-4 of slideway, one 1-2-6 of spring It is compressed, when connecting shaft 1-2-3 is with being more than minimum value from the distance between axis 1-2-8, the elastic potential energy conversion of one 1-2-6 of spring For kinetic energy, one 1-2-5 of slide bar is pushed to stretch out, connecting shaft 1-2-3 increases at a distance from axis 1-2-8, drives right side from axis 1-2-8 Baffle 1-1-3 rotates counterclockwise, and baffle 1-1-3 is rotated centered on one 1-1-2 of free bearing, and baffle 1-1-3 seals shell 1-1-1 Mouthful, one 1-2-6 of spring compresses baffle 1-1-3 and shell 1-1-1, and feeding inlet is blocked by baffle, and baffle has self-locking function Can, prevent raw material from flowing backwards.Two 2-1 of motor drives two 2-1 of motor rotation, and two 2-1 of motor drives two 2-3 of band rotation, two 2-3 of band It drives from wheel two 2-4 rotation, is eccentric wheel from two 2-4 of wheel, from the most edge and two 2-2 of main wheel of two 2-4 of wheel in rotary course Most Edge Distance change because the length of two 2-3 of band is constant, from wheel two 2-4 drive selection by winnowing road 2-5 with free bearing two It being swung centered on 2-6, lower free bearing 2-13 vibration is driven when selection by winnowing road 2-5 shakes, lower free bearing 2-13 band two 2-12 of movable slider is moved, Two 2-12 of sliding block is moved along two direction 2-7 of slideway, and support rod 2-8 is identical as the power that two 2-11 of spring generates push plate 2-9, rotation Nut 2-10, nut 2-10 are moved along the direction support rod 2-8, and push plate 2-9 changes to the active force of two 2-11 of spring, spring Elasticity change, can be used for adjusting damping effect, selection by winnowing road 2-5 shakes raw material above uniformly in vibration, fan Impurity on selection by winnowing road 2-5 is blowed to the selection by winnowing road oblique upside 2-5 by 2-14, and impurity is blown to selection by winnowing road side when selection by winnowing, convenient for receiving Collection, guarantees the purity of raw material, raw material enter crushing 3.Three 3-1 of motor, which drives, rubs wheel 3-2 rotation, and rubbing wheel 3-2 will The raw material rubbed in the 3-3 of channel rub, and raw material are fed inwardly.Raw material enter in cabinet 4-2-2-1, motor Four 4-1-6 drive inner shaft 4-1-7 rotation, and inner shaft 4-1-7 drives outer shaft 4-1-14 rotation, and outer shaft 4-1-14 drives the right 4-1- of umbrella wheel 15 rotations, the right 4-1-15 of umbrella wheel drive the main 4-1-16 rotation of umbrella wheel, and the main 4-1-16 of umbrella wheel drives screw rod 4-1-3 rotation, screw rod 4- 1-3 is connect with threaded hole 4-1-4-2, and threaded hole 4-1-4-2 is moved downward along screw rod 4-1-3, through-hole 4-1-4-3 and four 4- of guide rail 1-2 connection, through-hole 4-1-4-3 are moved downward along four 4-1-2 of guide rail, prevent screw body 4-1-4-1 from rotating, screw body 4-1-4-1 It is moved downward along screw rod 4-1-3, screw 4-1-4 is moved downward, and screw 4-1-4 band dynamic pressure plate 4-1-1 is moved downward, pressing plate 4-1- Raw material on 1 couple of unidirectional pedestal 4-2-2-3-2 compress, and unidirectional pedestal 4-2-2-3-2 stress moves downward, slider edge 4- 2-2-3-1 is moved downward along four 4-2-2-4 of slideway, and inner spring 4-2-2-2 is compressed, during raw material compression, cabinet Pressure increase in 4-2-2-1, high pressure gas push one-way plug one 4-2-2-3-4 to move downward, and little spring 4-2-2-3-3 is drawn It stretching, variable diameter hole 4-2-2-3-5 and extraneous formation access, gas passes through variable diameter hole 4-2-2-3-5 and is discharged, after the completion of compression, interior bullet The elastic potential energy of spring 4-2-2-2 is converted into kinetic energy, and four 4-2-2-3 of sliding block is pushed to move upwards, and four 4-2-2-3 of sliding block drives compression Good raw material move upwards, and slider edge 4-2-2-3-1 pushes pin 4-2-2-5 to move outward, and outer spring 4-2-2-6 is pressed Contracting, when on the upside of unidirectional pedestal 4-2-2-3-2 to pin 4-2-2-5, outer spring 4-2-2-6 drives pin 4-2-2-5 to move inwardly, Four 4-2-2-3 of sliding block is limited, self-emptying is completed, and transfer feeding is facilitated, and is conducive to storage transport.Five 5-1 driven rod one of motor 5-2 rotation, two 5-3 of bar is using the connecting shaft of three 5-4 of bar and two 5-3 of bar as fulcrum side-to-side movement, because three 5-4 of bar is with five 5- of shaft It is swung centered on 5, the connecting shaft of three 5-4 of bar and two 5-3 of bar have the componental movement of vertical direction, so pushing ram 5-6 has vertical side To componental movement, pushing ram 5-6 push four 4-2-2-3 of sliding block on raw material blanking.Six 6-9 of motor drives counterweight switch block 6-10 Movement, counterweight switch block 6-10 generate eccentric force when rotating, counterweight switch block 6-10 band six 6-11 of movable slider is moved, six edge 6-11 of sliding block Big six direction 6-12 of slideway movement, spring six is 6-14 big to play the role of damping, and counterweight switch block 6-10 drives crushing chamber 6-7 fortune Dynamic, crushing chamber 6-7 drives six 6-6 of free bearing movement, and six 6-6 of free bearing drives six 6-4 of bottom bar movement, and six 6-4 of bottom bar is with sliding block axis 6-3 Centered on swing, sliding block axis 6-3 is moved along the direction slide 6-2, and crushing chamber 6-7 is touched with crushing ball 6-8 during the motion It hits, the raw material in crushing chamber 6-7 is crushed.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention Protect range.

Claims (4)

1. a kind of injection molding raw material producing means, including pan feeding (1), guide (2), crush (3), molding (4), transfer (5), again It crushes (6), it is characterised in that: pan feeding (1) is made of feeding inlet (1-1), locking (1-2), and baffle (1-2) is located at feeding inlet (1- 1) upside, baffle (1-2) are connect with feeding inlet (1-1);
Feeding inlet (1-1) is made of shell (1-1-1), free bearing one (1-1-2), baffle (1-1-3), and shell (1-1-1) is located at hinge On the inside of one (1-1-2) of seat, shell (1-1-1) is connect with free bearing one (1-1-2), and free bearing one (1-1-2) is located under baffle (1-1-3) Side, free bearing one (1-1-2) are connect with baffle (1-1-3), and baffle (1-1-3) is located on the upside of shell (1-1-1);
Baffle (1-2) is by main shaft (1-2-1), hand lever (1-2-2), connecting shaft (1-2-3), slideway one (1-2-4), one (1-2- of slide bar 5), spring one (1-2-6), block one (1-2-7), form from axis (1-2-8), it is right that hand lever (1-2-2) is located at main shaft (1-2-1) Side, hand lever (1-2-2) are connect with main shaft (1-2-1), and connecting shaft (1-2-3) is located on the inside of hand lever (1-2-2), connecting shaft (1-2-3) with Hand lever (1-2-2) connection, slideway one (1-2-4) are located on the right side of connecting shaft (1-2-3), and slideway one (1-2-4) and connecting shaft (1-2-3) are even It connects, slide bar one (1-2-5) is located on the right side of slideway one (1-2-4), and slide bar one (1-2-5) is connect with slideway one (1-2-4), spring one (1-2-6) is located on the right side of slideway one (1-2-4), and spring one (1-2-6) is connect with slideway one (1-2-4), the position block one (1-2-7) On the right side of spring one (1-2-6), block one (1-2-7) is connect with spring one (1-2-6), and block one (1-2-7) is located at spring one On the right side of (1-2-6), block one (1-2-7) is connect with spring one (1-2-6), is located at block one (1-2-7) right side from axis (1-2-8) Side is connect from axis (1-2-8) with block one (1-2-7);
Guide (2) by motor two (2-1), main wheel two (2-2), band two (2-3), from wheel two (2-4), selection by winnowing road (2-5), free bearing two (2-6), slideway two (2-7), support rod (2-8), push plate (2-9), nut (2-10), spring two (2-11), sliding block two (2-12), Lower free bearing (2-13), fan (2-14) composition, main wheel two (2-2) are located at the side motor two (2-1), main wheel two (2-2) and motor Two (2-1) connection, band two (2-3) are located on the left of main wheel two (2-2), and band two (2-3) is connect with main wheel two (2-2), from two (2- of wheel 4) it is located on the left of band two (2-3), is connect from two (2-4) of wheel with band two (2-3), selection by winnowing road (2-5) is located at from two (2-4) of wheel Side, selection by winnowing road (2-5) with from wheel two (2-4) connect, free bearing two (2-6) be located at selection by winnowing road (2-5) downside, free bearing two (2-6) and Selection by winnowing road (2-5) connection, push plate (2-9) are located on the outside of support rod (2-8), and push plate (2-9) is connect with support rod (2-8), nut (2-10) is located on the outside of support rod (2-8), and nut (2-10) is connect with support rod (2-8), and nut (2-10) is located at push plate (2-9) Upside, nut (2-10) are connect with push plate (2-9), and spring two (2-11) is located on the upside of push plate (2-9), spring two (2-11) with push away Plate (2-9) connection, sliding block two (2-12) are located on the upside of spring two (2-11), and sliding block two (2-12) is connect with spring two (2-11), Sliding block two (2-12) is located on the inside of slideway two (2-7), and sliding block two (2-12) is connect with slideway two (2-7), lower free bearing (2-13) position On the upside of support rod (2-8), lower free bearing (2-13) connect with support rod (2-8), and lower free bearing (2-13) is located under selection by winnowing road (2-5) Side, lower free bearing (2-13) connect with selection by winnowing road (2-5), and fan (2-14) is located on the right side of selection by winnowing road (2-5);
It crushes (3) to be made of motor three (3-1), rubbing wheel (3-2), rubbing channel (3-3), motor three (3-1), which is located to rub, takes turns On the right side of (3-2), motor three (3-1) is connect with wheel (3-2) is rubbed, and rubbing wheel (3-2), which is located at, to be rubbed on the inside of channel (3-3), rubbing Wheel (3-2) is connect with channel (3-3) is rubbed;
Molding (4) is made of lifting device (4-1), shaping box (4-2), and lifting device (4-1) is located on the upside of shaping box (4-2);
Lifting device (4-1) is by pressing plate (4-1-1), guide rail four (4-1-2), screw rod (4-1-3), screw (4-1-4), installation table four (4-1-5), motor four (4-1-6), inner shaft (4-1-7), connecting rod one (4-1-8), spring four (4-1-9), connecting rod two (4-1-10), Mounting plate four (4-1-11), bearing block (4-1-12), a umbrella wheel left side (4-1-13), outer shaft (4-1-14), the umbrella wheel right side (4-1-15), umbrella Main (4-1-16) composition is taken turns, screw (4-1-4) is located on the upside of pressing plate (4-1-1), and screw (4-1-4) is connect with pressing plate (4-1-1), Screw (4-1-4) is located on the outside of screw rod (4-1-3), and screw (4-1-4) is connect with screw rod (4-1-3), and screw (4-1-4), which is located at, leads On the outside of rail four (4-1-2), screw (4-1-4) is connect with guide rail four (4-1-2), and installation table four (4-1-5) is located at four (4-1- of guide rail 2) upside, installation table four (4-1-5) are connect with guide rail four (4-1-2), and installation table four (4-1-5) is located on the upside of screw rod (4-1-3), Installation table four (4-1-5) is connect with screw rod (4-1-3), and motor four (4-1-6) is located on the upside of installation table four (4-1-5), motor four (4-1-6) is connect with installation table four (4-1-5), and inner shaft (4-1-7) is located on the right side of motor four (4-1-6), inner shaft (4-1-7) and electricity Machine four (4-1-6) connection, spring four (4-1-9) are located on the upside of connecting rod one (4-1-8), and connecting rod two (4-1-10) is located at spring four On the outside of (4-1-9), connecting rod two (4-1-10) is connect with spring four (4-1-9), and connecting rod two (4-1-10) is located at connecting rod one (4-1-8) Upside, connecting rod two (4-1-10) are connect with connecting rod one (4-1-8), and mounting plate four (4-1-11) is located at the side connecting rod two (4-1-10) Face, mounting plate four (4-1-11) are connect with connecting rod two (4-1-10), and mounting plate four (4-1-11) is located at the side connecting rod one (4-1-8) Face, mounting plate four (4-1-11) are connect with connecting rod one (4-1-8), and bearing block (4-1-12) is located on the upside of installation table four (4-1-5), Bearing block (4-1-12) is connect with installation table four (4-1-5), and outer shaft (4-1-14) is located on the left of umbrella wheel left (4-1-13), outer shaft (4-1-14) is connect with umbrella wheel left (4-1-13), and the umbrella wheel right side (4-1-15) is located on the left of outer shaft (4-1-14), the umbrella wheel right side (4-1- 15) it is connect with outer shaft (4-1-14), outer shaft (4-1-14) is located on the left of connecting rod one (4-1-8), outer shaft (4-1-14) and connecting rod one (4-1-8) connection, outer shaft (4-1-14) are located on the left of connecting rod two (4-1-10), and outer shaft (4-1-14) and connecting rod two (4-1-10) are even It connects, umbrella wheel master (4-1-16) is located on the upside of screw rod (4-1-3), and umbrella wheel master (4-1-16) connect with screw rod (4-1-3);
Screw (4-1-4) is made of screw body (4-1-4-1), threaded hole (4-1-4-2), through-hole (4-1-4-3), threaded hole (4- 1-4-2) it is located at the center screw body (4-1-4-1), threaded hole (4-1-4-2) is connect with screw body (4-1-4-1), through-hole (4-1- 4-3) it is located at the two sides screw body (4-1-4-1), through-hole (4-1-4-3) is connect with screw body (4-1-4-1);
Shaping box (4-2) is made of guiding trestle (4-2-1), interior case (4-2-2), and guiding trestle (4-2-1) is located at interior case (4-2- 2) downside, guiding trestle (4-2-1) are connect with interior case (4-2-2);
Interior case (4-2-2) is by cabinet (4-2-2-1), inner spring (4-2-2-2), sliding block four (4-2-2-3), four (4-2-2- of slideway 4) (4-2-2-5), outer spring (4-2-2-6) composition, are sold, inner spring (4-2-2-2) is located on the inside of slideway four (4-2-2-4), interior Spring (4-2-2-2) is connect with slideway four (4-2-2-4), and sliding block four (4-2-2-3) is located on the inside of slideway four (4-2-2-4), sliding Block four (4-2-2-3) is connect with slideway four (4-2-2-4), and sliding block four (4-2-2-3) is located on the upside of inner spring (4-2-2-2), sliding Block four (4-2-2-3) is connect with inner spring (4-2-2-2), and slideway four (4-2-2-4) is located at the two sides cabinet (4-2-2-1), slideway Four (4-2-2-4) are connect with cabinet (4-2-2-1), and pin (4-2-2-5) is located on the upside of cabinet (4-2-2-1), sell (4-2-2-5) and Cabinet (4-2-2-1) connection, outer spring (4-2-2-6) are located on the upside of cabinet (4-2-2-1), outer spring (4-2-2-6) and cabinet (4-2-2-1) connection, outer spring (4-2-2-6) are connect with pin (4-2-2-5), outer spring (4-2-2-6) and cabinet (4-2-2-1) Connection;
Sliding block four (4-2-2-3) by slider edge (4-2-2-3-1), unidirectional pedestal (4-2-2-3-2), little spring (4-2-2-3-3), One-way plug one (4-2-2-3-4), variable diameter hole (4-2-2-3-5) composition, slider edge (4-2-2-3-1) are located at unidirectional pedestal (4-2-2- 3-2) two sides, slider edge (4-2-2-3-1) are connect with unidirectional pedestal (4-2-2-3-2), and variable diameter hole (4-2-2-3-5) is located at unidirectional On the inside of pedestal (4-2-2-3-2), variable diameter hole (4-2-2-3-5) is connect with unidirectional pedestal (4-2-2-3-2), little spring (4-2-2- 3-3) it is located on the upside of one-way plug one (4-2-2-3-4), little spring (4-2-2-3-3) is connect with one-way plug one (4-2-2-3-4), little spring (4-2-2-3-3) is located on the inside of variable diameter hole (4-2-2-3-5), and little spring (4-2-2-3-3) and variable diameter hole (4-2-2-3-5) are even It connects, one-way plug one (4-2-2-3-4) is located on the inside of variable diameter hole (4-2-2-3-5), one-way plug one (4-2-2-3-4) and variable diameter hole (4-2- 2-3-5) connect;
(5) are transferred by motor five (5-1), bar one (5-2), bar two (5-3), bar three (5-4), shaft five (5-5), pushing ram (5- 6) it forms, bar one (5-2) is located at the side motor five (5-1), and bar one (5-2) is connect with motor five (5-1), and bar two (5-3) is located at On the upside of bar one (5-2), bar two (5-3) connect with bar one (5-2), and bar three (5-4) is located at bar two (5-3) right side, bar three (5-4) and Bar two (5-3) connection, shaft five (5-5) are located on the right side of bar three (5-4), and shaft five (5-5) is connect with bar three (5-4), pushing ram (5-6) is located on the upside of bar two (5-3), and pushing ram (5-6) is connect with bar two (5-3);
(6) are crushed again by body frame (6-1), slide (6-2), sliding block axis (6-3), bottom bar six (6-4), spring six small (6-5), hinge Seat six (6-6), crushing chamber (6-7), crushing ball (6-8), motor six (6-9), counterweight switch block (6-10), big sliding block six (6-11), Big slideway six (6-12), slideway six (6-13), spring six big (6-14) composition, body frame (6-1) is located on the downside of slide (6-2), main Frame (6-1) is connect with slide (6-2), and bottom bar six (6-4) is located on the upside of slide (6-2), and bottom bar six (6-4) and slide (6-2) are even It connects, bottom bar six (6-4) is located on the upside of sliding block axis (6-3), and bottom bar six (6-4) is connect with sliding block axis (6-3), and spring six is small (6-5) Positioned at being located on the upside of slide (6-2), spring six small (6-5) is connect with slide (6-2), and spring six small (6-5) is located at six (6- of free bearing 6) downside, spring six small (6-5) are connect with free bearing six (6-6), and crushing chamber (6-7) is located on the upside of free bearing six (6-6), crushing chamber (6-7) is connect with free bearing six (6-6), and crushing ball (6-8) is located on the inside of crushing chamber (6-7), crushing ball (6-8) and crushing chamber (6- 7) it connects, motor six (6-9) is located at the side crushing chamber (6-7), and motor six (6-9) is connect with crushing chamber (6-7), counterweight switch block (6-10) is located at the side motor six (6-9), and counterweight switch block (6-10) is connect with motor six (6-9), and counterweight switch block (6-10) is located at Big side sliding block six (6-11), counterweight switch block (6-10) are connect with big sliding block six (6-11), and big slideway six (6-12) is located at big sliding On the outside of block six (6-11), big slideway six (6-12) connect with big sliding block six (6-11), and slideway six (6-13) is located at big six (6- of slideway 12) inside, slideway six (6-13) are connect with big slideway six (6-12), and spring six big (6-14) is located on the inside of slideway six (6-13), Spring six big (6-14) is connect with slideway six (6-13), and spring six big (6-14) is located at big sliding block six (6-11) two sides, spring six (6-14) is connect with big sliding block six (6-11) greatly;
Pan feeding (1) is located on the upside of guide (2), and pan feeding (1) is connect with guide (2), and guide (2), which is located at, to be crushed on the upside of (3), guide (2) it is connect with crushing (3), molding (4) is transferred (5) and be located on the inside of crushing (6) again, crush again on the upside of transfer (5) (6) it is located at and crushes on the downside of (3), crushes (6) again and connect with (3) are crushed.
2. a kind of injection molding raw material producing means according to claim 1, it is characterised in that: the body frame (6-1) and strand Broken channel (3-3) connection.
3. a kind of injection molding raw material producing means according to claim 1, it is characterised in that: body frame (6-1) material For carbon steel.
4. a kind of injection molding raw material producing means according to claim 1, it is characterised in that: the bearing block (4-1-12) Quantity is two.
CN201910348967.1A 2019-04-28 2019-04-28 Device is made to raw and other materials of moulding plastics Active CN110064493B (en)

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Citations (22)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH06238663A (en) * 1993-02-22 1994-08-30 Hitachi Chem Co Ltd Grinder
JP2003088774A (en) * 2001-09-18 2003-03-25 Harmo Soken:Kk Resin crusher
CN1919431A (en) * 2005-04-29 2007-02-28 艾卡工厂有限及两合公司 Agitating or dispersing apparatus
PL215715B1 (en) * 2008-08-09 2014-01-31 Waldemar Piskorz Equipment for drying and shredding of plastic waste materials
CN103962214A (en) * 2014-06-03 2014-08-06 中冶沈勘秦皇岛工程技术有限公司 Combined beneficiation method and combined beneficiation system for comprehensive recovery of associated iron-phosphate minerals
KR101667359B1 (en) * 2015-07-03 2016-10-21 주식회사 브릿지오브날리지 Refuse Plastic Fuel, And Apparatus And Method for Manufactring the Same
CN106826213A (en) * 2017-01-23 2017-06-13 车晋绥 Gear of Ball Mill installation method
CN206731230U (en) * 2017-05-02 2017-12-12 西安惠博生物科技有限公司 A kind of fruit of Chinese magnoliavine medicine shakes reducing mechanism
CN107694670A (en) * 2017-09-30 2018-02-16 铜陵市荣伟水泥有限责任公司 A kind of cement clinker crusher charging aperture
CN108097403A (en) * 2017-11-08 2018-06-01 安徽邦尼特轨道装备有限公司 A kind of material crushes frock
CN108452908A (en) * 2018-03-26 2018-08-28 郝会杰 A kind of low dirt type garbage disposal is squeezed into cake device
CN108745556A (en) * 2018-08-02 2018-11-06 芜湖水淼环保科技有限公司 A kind of agricultural wastes compression treatment device
CN108773616A (en) * 2018-06-29 2018-11-09 安徽稀饭智能家居有限公司 A kind of filling pressing device of building decoration waste material
CN208098604U (en) * 2017-12-27 2018-11-16 吾家农场成都农业有限公司 A kind of straw impurity separator
CN208232374U (en) * 2018-04-17 2018-12-14 徐若飞 A kind of waste recovery processing unit
CN109366785A (en) * 2018-11-27 2019-02-22 江西华硕包装有限公司 Plastic granulator is used in mesh pocket production
CN208574917U (en) * 2018-06-26 2019-03-05 张宇豪 Tea screening machine a kind of easy to remove and that efficiency can be improved
CN109454916A (en) * 2018-10-31 2019-03-12 林思鸿 A kind of multi-functional agricultural waste residue cake of press device
CN109454001A (en) * 2018-12-11 2019-03-12 河南威猛振动设备股份有限公司 A kind of vibration winnowing device
CN208661320U (en) * 2018-06-13 2019-03-29 禹州市灵威水泥熟料有限公司 A kind of solid-state dangerous waste disposal device
CN208786651U (en) * 2018-09-12 2019-04-26 安徽高盛化工股份有限公司 Charging gear is used in a kind of production of p-phenylenediamine continuously hydrogen adding
CN109675673A (en) * 2019-03-07 2019-04-26 陈西湖 A kind of solid waste secure processing device

Patent Citations (22)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH06238663A (en) * 1993-02-22 1994-08-30 Hitachi Chem Co Ltd Grinder
JP2003088774A (en) * 2001-09-18 2003-03-25 Harmo Soken:Kk Resin crusher
CN1919431A (en) * 2005-04-29 2007-02-28 艾卡工厂有限及两合公司 Agitating or dispersing apparatus
PL215715B1 (en) * 2008-08-09 2014-01-31 Waldemar Piskorz Equipment for drying and shredding of plastic waste materials
CN103962214A (en) * 2014-06-03 2014-08-06 中冶沈勘秦皇岛工程技术有限公司 Combined beneficiation method and combined beneficiation system for comprehensive recovery of associated iron-phosphate minerals
KR101667359B1 (en) * 2015-07-03 2016-10-21 주식회사 브릿지오브날리지 Refuse Plastic Fuel, And Apparatus And Method for Manufactring the Same
CN106826213A (en) * 2017-01-23 2017-06-13 车晋绥 Gear of Ball Mill installation method
CN206731230U (en) * 2017-05-02 2017-12-12 西安惠博生物科技有限公司 A kind of fruit of Chinese magnoliavine medicine shakes reducing mechanism
CN107694670A (en) * 2017-09-30 2018-02-16 铜陵市荣伟水泥有限责任公司 A kind of cement clinker crusher charging aperture
CN108097403A (en) * 2017-11-08 2018-06-01 安徽邦尼特轨道装备有限公司 A kind of material crushes frock
CN208098604U (en) * 2017-12-27 2018-11-16 吾家农场成都农业有限公司 A kind of straw impurity separator
CN108452908A (en) * 2018-03-26 2018-08-28 郝会杰 A kind of low dirt type garbage disposal is squeezed into cake device
CN208232374U (en) * 2018-04-17 2018-12-14 徐若飞 A kind of waste recovery processing unit
CN208661320U (en) * 2018-06-13 2019-03-29 禹州市灵威水泥熟料有限公司 A kind of solid-state dangerous waste disposal device
CN208574917U (en) * 2018-06-26 2019-03-05 张宇豪 Tea screening machine a kind of easy to remove and that efficiency can be improved
CN108773616A (en) * 2018-06-29 2018-11-09 安徽稀饭智能家居有限公司 A kind of filling pressing device of building decoration waste material
CN108745556A (en) * 2018-08-02 2018-11-06 芜湖水淼环保科技有限公司 A kind of agricultural wastes compression treatment device
CN208786651U (en) * 2018-09-12 2019-04-26 安徽高盛化工股份有限公司 Charging gear is used in a kind of production of p-phenylenediamine continuously hydrogen adding
CN109454916A (en) * 2018-10-31 2019-03-12 林思鸿 A kind of multi-functional agricultural waste residue cake of press device
CN109366785A (en) * 2018-11-27 2019-02-22 江西华硕包装有限公司 Plastic granulator is used in mesh pocket production
CN109454001A (en) * 2018-12-11 2019-03-12 河南威猛振动设备股份有限公司 A kind of vibration winnowing device
CN109675673A (en) * 2019-03-07 2019-04-26 陈西湖 A kind of solid waste secure processing device

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