CN110014528B

CN110014528B - Scrubbing double-die-head filtering device for hot cutting of air ring die surface of plastic granulator

Info

Publication number: CN110014528B
Application number: CN201910176525.3A
Authority: CN
Inventors: 温秋莲; 陈金汀; 李明红; 邵彬
Original assignee: Lianshui Xinqi Plastic Products Co ltd
Current assignee: Lianshui Xinqi plastic products Co.,Ltd.
Priority date: 2019-03-08
Filing date: 2019-03-08
Publication date: 2021-05-18
Anticipated expiration: 2039-03-08
Also published as: CN110014528A

Abstract

The invention discloses a scrubbing double-die-head filtering device for hot cutting of a wind ring die surface for a plastic granulator, which structurally comprises: the invention relates to a gantry transverse frame, a shaft rotating motor, a distribution box, a propelling screw rod, a support rod, a hot-cutting granulation box seat and a transverse supporting plate, which realize that the propelling screw rod is matched with the hot-cutting granulation box seat, a thick frame hole filter screen is driven by a three-section type suspension arm to form air ring die surface hot-cutting granulation by descending the propelling screw rod, a water guide sliding shaft seat and a top box partition plate separate a water ring cleaning tank can be erected at the upper and lower parts of a bi-pass box shell, plastic colloid attached to the thick frame hole filter screen after die-cutting granulation can be lifted and cleaned to form the effect of double-net lifting alternate work, a plurality of ball cavity nozzles of a deflection nozzle plate are aligned to one-by-one through holes to form annular pressure angle micro-motion frame chamfer flushing operation, so that the plastic granulator is matched with an air ring ventilation and water ring cleaning by a single double-net structure, the effect of self-cleaning at the upper.

Description

Scrubbing double-die-head filtering device for hot cutting of air ring die surface of plastic granulator

Technical Field

The invention discloses a brushing and double-die-head filtering device for hot cutting of a wind ring die surface of a plastic granulator, and belongs to the field of equipment for plastic granule production.

Background

The plastic granulator of equipment for plastic pellet production is a type of moulding spherical shell manufacture equipment, and it is comparatively general to apply to little spheroid toy, filters the forced air cooling by liquid extrusion through heating the type of moulding liquid and becomes solid-state shaping, needs the switching regulation and control of temperature and the cutting granulation cooperation of filter screen mould face, realizes high-efficient rapid plastic granulation assembly line, and the public shortcoming of treating optimizing of prior art has:

the granulation filter screen application of plastic granulator is extruded, cooperation wind ring die face hot-cutting forms the granule cutting operation of ventilation gas permeability die face, the hot-cutting is the soft grain of cooperation granulation and cold wind and moulds the type effect again that ventilates, and the branching ejection of compact of bimodulus head, also extend the lubricated face of grinding operation of rolling track formation sphere, and glue behind the hot-cutting and change the net washing after just needing the granulation at the plastic soft rubber piece that filters the mesh, the thick right-angle groove of net gape ring frame erodees waste operating time one by one like this, reduce granulation efficiency again, it is also comparatively loaded down with trivial details to change net dismounting device, because the filter screen is dark to inlay the organism, so the whole of clamshell is opened and is also consumeed the labour, it is clean not enough to the autonomic initiative and the inside water.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a brushing double-die-head filtering device for hot cutting of the air ring die surface of a plastic granulator, to solve the problems that the granulation filter screen of the plastic granulator is extruded and is matched with the hot cutting of the die surface of the air ring to form the ventilation and air permeability die surface granulation operation, the hot cutting and the ventilation are matched with the soft granulation and cold air molding effects of granulation, the bifurcate discharging of the double-mold head also extends the rolling track to form a grinding surface operation of spherical lubrication, and the plastic soft rubber block stuck on the filter mesh after hot cutting needs to be granulated and then is cleaned by changing the screen, thus, the thick right-angle grooves of the net opening ring frame are washed one by one to waste working time and reduce granulation efficiency, the net replacement and disassembly equipment is complicated, and because the filter screen is deeply embedded in the machine body, therefore, the whole lifting of the shell cover is labor-consuming, and the self-activity of the net replacement and the cleanness of the internal water ring are insufficient.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a plastics are scrubbing double die head filter equipment that wind ring die face hot cutting for granulator, its structure includes: the thermal cutting granulation box base is provided with a drain pipe, a water guiding sliding shaft seat, a deflection nozzle plate, a top box partition plate, a three-section type suspension arm, a box shell, a thick frame hole filter screen and four-channel sliding chutes, the drain pipe and the water guiding sliding shaft seat are inserted and embedded in the upper left corner of the two-channel box shell, the four-channel sliding chutes are welded at the lower right corner of the two-channel box shell and are communicated with each other, the three-section type suspension arm is mechanically connected with the thick frame hole filter screen, the top box partition plate is transversely inserted and embedded in the middle section inside the double-pass box shell, the deflection nozzle plate is embedded and embedded on the right side of the water diversion slide shaft seat, the three-section type suspension arm is installed on the right side of the deflection nozzle plate, the propelling screw rod is mechanically connected with the three-section type suspension arm, and the four-mould-way slide groove is tightly attached to the top surface of the transverse supporting plate.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the water diversion sliding shaft seat consists of a water diversion pipe, a shaft seat chassis, a carbon brush magnetic block, a ball, a shaft rail ring and a shaft cylinder seat, wherein the water diversion pipe transversely penetrates through the inside of the shaft seat chassis and is inserted and embedded at the left side of the shaft cylinder seat, the shaft cylinder seat is matched with the shaft seat chassis, the ball is movably connected with the shaft rail ring, the carbon brush magnetic block is tightly attached to the upper end and the lower end of the shaft rail ring, and the shaft centers of the shaft seat chassis, the shaft rail ring and the shaft cylinder seat are collinear.

As a further improvement of the invention, the deflecting nozzle plate consists of a spherical cavity nozzle, a spongy cushion, a deflecting elliptical plate and a water storage thin groove, wherein the spherical cavity nozzle is tightly attached to the top of the spongy cushion, the spongy cushion is inserted and embedded in the deflecting elliptical plate, and the water storage thin groove is embedded below the bottom of the deflecting elliptical plate and has a collinear axis.

As a further improvement of the invention, the ball cavity nozzle is composed of a composite pressurizing groove, a ball core truss, a nozzle shell, a ball cavity and an activated carbon cotton block, wherein the composite pressurizing groove is inserted and embedded at the right side of the ball core truss, the nozzle shell and the composite pressurizing groove are nested into a whole, and the nozzle shell is in clearance fit with the ball cavity through the activated carbon cotton block.

As a further improvement of the invention, the composite pressurizing groove consists of a pressurizing groove barrel, a thick torsion spring pipe and a spring wire, wherein the thick torsion spring pipe is mechanically connected with the spring wire, the pressurizing groove barrel and the thick torsion spring pipe are nested together, and the spring wire is arranged between the pressurizing groove barrel and the thick torsion spring pipe.

As a further improvement of the invention, the ball core truss is composed of truss rods, a water storage ball core and a ball wheel pendulum bob, wherein the truss rods and the water storage ball core are welded into a whole, and the ball wheel pendulum bob is provided with two ball wheel pendulum bodes which are movably connected with the truss rods.

As a further improvement of the invention, the three-section type suspension arm comprises a batten, a shock absorption rod, a thick frame plate and a bayonet shaft cylinder, wherein the batten is mechanically connected with the thick frame plate through the shock absorption rod, and the thick frame plate is buckled with the bayonet shaft cylinder.

As a further improvement of the invention, the thick-frame hole filter screen consists of an axis gasket, thick-frame through holes, a filter screen disc panel and an outer frame ring, wherein the axis gasket is tightly attached to the front side of the circle center of the filter screen disc panel, more than two thick-frame through holes are arranged and are inserted and embedded with the filter screen disc panel, and the filter screen disc panel is embedded in the outer frame ring.

As a further improvement of the invention, the carbon brush magnetic block is of a magnet rotating block structure which is pressed and attached in a trapezoidal up-down contraposition mode, and an ellipsoidal magnetic field with an upper tip and a lower tip and a middle width is formed by the vertically contraposition trapezoidal shape and rotates along a runner shaft collar to have magnetic attraction pulling force, so that the deflection disc can be easily attached to water storage micro-motion rotating spraying operation.

As a further improvement of the invention, the spherical cavity nozzle is a small-caliber column barrel nozzle structure with a spherical shaft seat, the right half side of the spherical shaft seat with a one hundred twenty degree unfolding elevation angle can be used for spraying without dead angles, the water column trajectory is convenient to output in a parabolic type and an oblique straight line type, and two variable spray washing modes of horizontal washing and vertical washing are adopted for cleaning the filter screen.

As a further improvement of the invention, the ball wheel pendulum bob is in a large ball solid rod structure with a small ball arbor wheel, and the large ball deflects due to dead weight to drive the small ball to rotate, so that an impact regulation and control nozzle which is drawn by a fixed pulley to move by a swing rod can diffuse and collect effluent.

As a further improvement of the invention, the bayonet lock shaft cylinder is of a jacket cylinder structure with a buckle groove frame on the side, the cylinder body is sealed, and the connecting rod slat is fastened by reversely buckling the single-side slot opening to form a pressing and buckling movable part of the joint shaft knob, thereby facilitating the effects of lifting, folding and pulling load.

Advantageous effects

The invention relates to a scrubbing double-die-head filtering device for hot cutting of an air ring die surface for a plastic granulator, wherein a worker pours a molding solution into a double-pass box shell of a hot cutting granulating box seat, then starts a shaft rotating motor on a gantry transverse frame to supply power to a distribution box, so that a potential regulation and control propulsion screw rod descends spirally, meanwhile, a support rod is matched with and supports the gantry transverse frame, a mould discharging chute is supported by a transverse supporting plate, the whole equipment starts to operate autonomously, a water guide pipe of a water guide sliding shaft seat pumps water to a shaft cylinder seat at the front end of a shaft seat, during the period, a carbon brush magnet block is electrified to generate magnetic attraction to lead a ball to slide along a shaft rail ring magnetic suspension, so that water flows are filled into a water storage thin groove of a deflection nozzle plate, then the water penetrates into a sponge pad in the deflection elliptical plate, so that transition water flows into a ball cavity nozzle, the sponge pad absorbs water through an activated carbon cotton block and then fills a ball cavity, and then the ball cavity can rotate along a magnetic rail to, the truss rod and the water storage ball core form a pressurizing groove cylinder of a butt joint composite pressurizing groove under the action of swinging, compressing and opening an opening of a ball wheel pendulum, and then are matched with a thick torsion spring pipe and a spring wire to store energy, twist and spray so as to achieve two intermittent water column scouring effects of a divergence type and a convergence type, a water tank and a molding solution tank are vertically separated by a top box partition plate, the water tank at the top layer is packaged by a film, when a batten plate of a three-section type suspension arm extends downwards to a shock absorption rod to push out a thick frame plate, a bayonet pin shaft cylinder pulls an outer frame ring of a thick frame hole filter screen to penetrate through a filter screen disc plate, an axle center gasket and a thick frame through hole are subjected to hot cutting granulation at a lower heating air ring die surface, the thick frame through hole is subjected to scouring and cooling by rainwater at the upper position, finally resulting molding particles are output through rolling, friction and polishing by a four-way sliding groove, and water flow flushing wastewater at the top, and the micro-motion spraying and brushing at the dead angle with the colloid is efficient.

The invention has the following advantages after operation:

the method is characterized in that a propelling screw rod is matched with a hot-cutting granulating box seat, a three-section type suspension arm is descended through the propelling screw rod to drive a thick-frame hole filter screen to form an air ring die surface hot-cutting granulating, a water guide pulley seat and a top box partition plate are erected at the upper and lower separated positions of a two-way box shell to separate a water ring cleaning tank, the molding colloid attached to the thick-frame hole filter screen after die-cutting granulating can be lifted and cleaned, the effect of double-net lifting alternate work is formed, a plurality of ball cavity nozzles of a deflection nozzle disc are aligned to one-by-one through holes to form annular pressure angle micro-motion frame chamfer washing operation, then the heated thick-frame hole filter screen is cooled, the standing and draining effect is formed, the filter screen granulating is repeatedly switched, the plastic granulator is matched with a double-net structure to achieve air ring ventilation and water ring cleaning, the upper and lower positions of.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

FIG. 1 is a schematic structural view of a brushing double-die-head filtering device for hot cutting of a wind ring die surface for a plastic granulator.

Fig. 2 is a schematic side sectional view of the working state of the hot cutting granulation box base.

Fig. 3 is a schematic perspective structural view of the water diversion pulley seat in a working state.

Fig. 4 is a perspective view of the deflector nozzle plate of the present invention.

FIG. 5 is a schematic cross-sectional internal view of the ball chamber nozzle of the present invention in an operational state.

Fig. 6 is a schematic cross-sectional internal view of the ball core truss according to the present invention in an operating state.

FIG. 7 is a schematic diagram of the front view structure of the three-section type suspension arm and the thick frame hole filter screen in the working state.

Description of reference numerals: gantry horizontal frame-1, shaft rotating motor-2, distribution box-3, propelling screw rod-4, strut rod-5, hot cutting granulation box base-6, horizontal supporting plate-7, drain pipe-61, water guide sliding shaft base-62, deflecting nozzle disc-63, top box partition plate-64, three-section type suspension arm-65, two-way box shell-66, thick frame hole filter screen-67, four-way channel chute-68, water guide pipe-621, shaft base disc-622, carbon brush magnetic block-623, ball-624, shaft rail ring-625, shaft cylinder base-626, ball cavity nozzle-631, sponge pad-632, deflecting elliptic disc-633, water storage thin groove-634, composite pressurizing groove-6311, ball core truss-6312, nozzle shell-6313, ball cavity chamber-6314, Active carbon cotton block-6315, pressurizing grooved drum-63111, thick torsion spring tube-63112, spring wire-63113, truss rod-63121, water storage ball core-63122, ball wheel pendulum-63123, slat-651, shock absorption rod-652, thick frame plate-653, bayonet shaft cylinder-654, shaft center gasket-671, thick frame through hole-672, filter screen panel-673 and outer frame ring-674.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1-7, the present invention provides a brushing double-die-head filtering device for hot cutting of a die surface of an air ring for a plastic granulator, which comprises: the thermal cutting granulation machine comprises a gantry transverse frame 1, a shaft rotating motor 2, a distribution box 3, a propelling screw rod 4, a support rod 5, a thermal cutting granulation box seat 6 and a transverse supporting plate 7, wherein the transverse supporting plate 7 is horizontally inserted and embedded at the bottom of the front side of the thermal cutting granulation box seat 6, the propelling screw rod 4 and the support rod 5 are inserted and embedded at the top of the thermal cutting granulation box seat 6, the gantry transverse frame 1 is embedded and embedded at the tops of the propelling screw rod 4 and the support rod 5, the shaft rotating motor 2 is electrically connected with the distribution box 3 through a lead, the shaft rotating motor 2 and the distribution box 3 are respectively provided with two parts and respectively embedded at the left upper corner and the right upper corner of the gantry transverse frame 1, the thermal cutting granulation box seat 6 is provided with a drain pipe 61, a water guide sliding shaft seat 62, a deflection nozzle plate 63, a top box frame plate partition plate 64, a three-section type suspension arm 65, a two-way box shell 66, a thick frame hole filter screen 67 and a four-way chute 68, the drain pipe, four mould way spout 68 welds in the lower right corner of bi-pass case shell 66 and link up each other, syllogic davit 65 and thick frame hole filter screen 67 mechanical connection, head box baffle plate 64 transversely inserts and inlays on the inside middle section of bi-pass case shell 66, the nozzle dish 63 that deflects nests in the right side of leading water spout seat 62, syllogic davit 65 is installed on the right side of nozzle dish 63 that deflects, impel lead screw 4 and syllogic davit 65 mechanical connection, four mould way spouts 68 hug closely on the top surface of horizontal layer board 7.

Referring to fig. 3, the water diversion slide shaft seat 62 is composed of a water diversion pipe 621, a shaft seat chassis 622, carbon brush magnetic blocks 623, balls 624, a shaft rail ring 625, and a shaft cylinder seat 626, the water diversion pipe 621 transversely penetrates through the inside of the shaft seat chassis 622 and is inserted and embedded at the left side of the shaft cylinder seat 626, the shaft cylinder seat 626 is matched with the shaft seat chassis 622, the balls 624 are movably connected with the shaft rail ring 625, the carbon brush magnetic blocks 623 are closely attached to the upper and lower ends of the shaft rail ring 625, the shaft seat chassis 622, the shaft rail ring 625, and the shaft cylinder seat 626 are collinear in axis, the carbon brush magnetic blocks 623 are in a trapezoidal magnet rotating block structure which is pressed and attached in an up-down alignment manner, an ellipsoidal magnetic field with a wide upper tip and a lower tip and a middle tip is formed by the up-down alignment manner, the water storage rotating and spraying operation can be easily absorbed and micro-motion by the water storage rotating and spraying operation, the carbon brush magnetic blocks 623 are driven by a roller bearing combined with the shaft rail ring, the effect of groove seam pressurization scouring operation formed by micro-motion spraying scouring aiming at the chamfer of the frame opening of the filter screen is achieved.

Referring to fig. 4, the deflecting nozzle plate 63 is composed of a spherical cavity nozzle 631, a sponge pad 632, a deflecting elliptic plate 633 and a water storage thin groove 634, the spherical cavity nozzle 631 is tightly attached to the top of the sponge pad 632, the sponge pad 632 is inserted into the deflecting elliptic plate 633, the water storage thin groove 634 is nested below the bottom of the deflecting elliptic plate 633, the axes of the water storage thin groove and the water storage thin groove are collinear, water is introduced through the water storage thin groove 634, permeates into the sponge pad 632, absorbs water, fills the sponge pad 632, and is sprayed out to the spherical cavity nozzle 631, so that a multi-level water diversion cleaning operation is formed, and water flow is gradually settled and cleaned.

Referring to fig. 5, the ball cavity nozzle 631 comprises a composite pressurizing groove 6311, a ball core truss 6312, a nozzle casing 6313, a ball cavity 6314, and an activated carbon cotton block 6315, the composite pressurizing groove 6311 is inserted and embedded on the right side of the ball core truss 6312, the nozzle casing 6313 and the composite pressurizing groove 6311 are embedded into a whole, the nozzle casing 6313 and the ball cavity 6314 are in clearance fit through the activated carbon cotton block 6315, the ball cavity nozzle 631 is a small-bore cylindrical nozzle structure with a ball shaft seat, the ball shaft seat can be used to spread the right half side with an elevation angle of one hundred twenty degrees for non-dead-angle spraying operation, so that the water column trajectory can be output in a parabolic form and an oblique straight form, two changeable spraying modes of horizontal scouring and vertical scouring are provided for cleaning the filter screen, the ball cavity 6314 is driven by the weight of the ball truss 6312 to squeeze the activated carbon cotton block 6315 to form a respiratory operation of reabsorption of water, and water flow can be continuously sucked into the nozzle casing 6313 by negative pressure, forming a superimposed rolling suction effect of the inner path double-ball groove.

Referring to fig. 6, the composite pressurizing slot 6311 is composed of a pressurizing slot 63111, a thick torsion spring tube 63112, and a spring wire 63113, the thick torsion spring tube 63112 is mechanically connected to the spring wire 63113, the pressurizing slot 63111 is nested with the thick torsion spring tube 63112, the spring wire 63113 is installed between the pressurizing slot 63111 and the thick torsion spring tube 63112, the ball core truss 6312 is composed of a truss rod 63121, a water storage ball core 63122, and a ball wheel pendulum 63123, the truss rod 63121 is welded with the water storage ball core 63122, the ball wheel pendulum 63123 is provided with two and is movably connected to the truss rod 63121, the ball wheel pendulum 63123 is a large ball solid rod structure with a small ball shaft wheel, the large ball deflects by its own weight to drive the small ball to rotate, forming an impact control nozzle of a fixed pulley traction swing link to diverge and collect water, and return to bounce by the strong torque of the thick torsion spring tube 63112 in cooperation with the spring wire 63113, the direct mutual energy storage effect of the spring force is formed, and the impact force of water flow is increased, so that the potential storage water spraying column is efficient, and the waste of resources due to water leakage is avoided.

Referring to fig. 7, the three-section suspension arm 65 comprises a slat 651, a shock absorbing rod 652, a thick frame plate 653, and a bayonet shaft cylinder 654, the slat 651 is mechanically connected to the thick frame plate 653 through the shock absorbing rod 652, the thick frame plate 653 is fastened to the bayonet shaft cylinder 654, the bayonet shaft cylinder 654 is a jacket cylinder structure with a snap-in groove frame at its side, the cylinder is sealed and the single-sided slot is fastened to the fastening link slat to form a press-fastening movable component of a joint shaft knob, thereby facilitating the lifting, folding, and pulling loads, the thick frame hole strainer 67 comprises a shaft center gasket 671, a thick frame through hole 672, a strainer disc panel 673, and an outer frame ring 674, the shaft center gasket 671 is tightly attached to the front side of the center of the circle of the strainer disc panel 673, the thick frame through hole 672 is provided with two or more than two and is inserted and embedded with the strainer disc panel 673, the strainer disc panel 673 is nested inside the outer frame ring 674, and is engaged with the left upper corner of the bayonet shaft cylinder, the effect that the folding of the side does not occupy the moving space is formed, the filter screen disc panel 673 is convenient to lift without blocking the shell, and the interlocking anti-interference capability of alternately changing the screen by keeping the distance from front to back is improved.

The working process is as follows: a worker pours a molding solution into a double-pass box shell 66 of a hot-cutting granulation box seat 6, then starts a shaft rotating motor 2 on a gantry transverse frame 1 to supply power to a distribution box 3, so that a potential regulation and control propulsion screw rod 4 descends spirally, meanwhile, a support rod 5 supports the gantry transverse frame 1 in a matching way, then a mold discharging chute is supported by a transverse supporting plate 7, the whole equipment starts to operate autonomously, water is pumped to a shaft barrel seat 626 at the front end of a shaft seat chassis 622 through a water guide pipe 621 of a water guide sliding shaft seat 62, during the period, a carbon brush magnet 623 is electrified to generate magnetic attraction to magnetically attract balls 624 to slide along a shaft rail ring 625 in a magnetic suspension way, so that water flows into a water storage thin groove 634 of a deflection nozzle plate 63, then the water penetrates into a sponge pad 632 in a deflection elliptical plate 633, so that transition water flows into a spherical cavity nozzle 631, water is sucked by an activated carbon cotton block 6315 and then fills a spherical cavity 6314, and then the spherical cavity 6312 is driven to rotate along a magnetic force of a spherical core truss track, the truss rod 63121 and the water storage ball core 63122 form a pressurizing groove barrel 63111 of a butt joint composite pressurizing groove 6311 under the action of swinging, compressing and opening an opening of a ball wheel pendulum 63123, and then are matched with a thick torsion spring tube 63112 and a spring wire 63113 to store energy, twist and spray so as to achieve two intermittent water column washing effects of a divergent type and a convergent type, a water tank and a molding solution tank are vertically separated through a top box partition plate 64, the water tank at the top layer is packaged through a film, when a batten 651 strip of a three-section type suspension arm 65 extends downwards to a shock absorption rod 652 and pushes out a thick frame plate 653, a bayonet pin shaft barrel 654 pulls an outer frame ring 674 of a thick frame hole filter screen 67 to penetrate through a filter screen disc plate 673, so that an axis gasket 671 and a thick frame through hole are subjected to hot cutting granulation at a lower position of a heating air ring die surface, while the thick frame through hole 672 is subjected to rain washing and cooling at an upper position, finally caused molding particles are subjected to rolling, friction and are output through a, the effect of automatically changing the screen and cleaning the equipment is achieved, and the dead angle micro-motion spraying and brushing of the adhesive is efficient.

The invention achieves the effects that after the propulsion screw rod 4 is matched with the hot-cutting granulation box seat 6, the three-section type suspension arm 65 is descended by the propulsion screw rod 4 to drive the thick frame hole filter screen 67 to form air ring die surface hot-cutting granulation, the water-guiding sliding shaft seat 62 can be erected at the upper and lower separated positions of the two-way box shell 66, the top box partition plate 64 separates the water ring cleaning tank, the molding colloid attached to the thick frame hole filter screen 67 after the die-cutting granulation can be lifted and cleaned to form the effect of alternately working of two-screen lifting, the heated thick frame hole filter screen 67 is cooled to form the effect of standing and draining, then the filter screen granulation is repeatedly switched, so that the plastic granulator adopts a single two-screen structure and is matched with air ring ventilation and water ring cleaning to achieve the effect of self-cleaning of two upper and lower positions, the granulation efficiency is improved, the problems that the granulation filter screen of a plastic granulator is extruded by application, the ventilation and air permeability die surface granulation operation is formed by matching with hot cutting of the die surface of an air ring, the hot cutting and re-ventilation are the soft granulation and cold air molding effects matching with granulation, the bifurcate discharging of double die heads is also the grinding operation of extending a rolling track to form spherical lubrication, and plastic soft rubber blocks adhered to filter meshes after hot cutting need to be granulated and then are subjected to screen replacement and cleaning, so that the thick right-angle grooves of a mesh ring frame are washed one by one to waste working time, the granulation efficiency is reduced, the screen replacement and disassembly equipment is more complicated, and as the filter screen is deeply embedded in the granulator body, the whole opening of a shell cover consumes labor, and the automatic activity of the screen replacement and the cleanness of an internal water ring are not enough are solved.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. The utility model provides a plastics are scrubbing double die head filter equipment that wind ring die face hot cutting for granulator, its structure includes: longmen horizontal frame (1), axle rotating motor (2), block terminal (3), propulsion lead screw (4), pillar pole (5), hot-cutting granulation case seat (6), horizontal tray (7), its characterized in that:

the horizontal supporting plate (7) is inserted and embedded at the bottom of the front side of the hot-cutting granulation box seat (6), the pushing screw rod (4) and the support rod (5) are inserted and embedded at the top of the hot-cutting granulation box seat (6), the gantry horizontal frame (1) is embedded and embedded at the tops of the pushing screw rod (4) and the support rod (5), the shaft rotating motor (2) is electrically connected with the distribution box (3), and the shaft rotating motor (2) and the distribution box (3) are respectively provided with two parts and respectively embedded and embedded at the left upper corner and the right upper corner of the gantry horizontal frame (1);

the hot cutting granulation box seat (6) is provided with a drain pipe (61), a water guide sliding shaft seat (62), a deflection nozzle plate (63), a top box partition plate (64), a three-section type suspension arm (65), a double-pass box shell (66), a thick frame hole filter screen (67) and a four-mould-way sliding groove (68);

the water drainage pipe (61) and the water guide sliding shaft seat (62) are inserted and embedded in the upper left corner of the double-pass box shell (66), the four-channel sliding groove (68) is welded at the lower right corner of the double-pass box shell (66), the three-section type suspension arm (65) is mechanically connected with the thick frame hole filter screen (67), the top box partition plate (64) is inserted and embedded in the double-pass box shell (66), the deflection nozzle plate (63) is embedded and embedded on the right side of the water guide sliding shaft seat (62), the three-section type suspension arm (65) is installed on the right side of the deflection nozzle plate (63), the propulsion screw rod (4) is mechanically connected with the three-section type suspension arm (65), and the four-channel sliding groove (68) is tightly attached to the top surface of the transverse supporting plate (7);

the water diversion sliding shaft seat (62) consists of a water diversion pipe (621), a shaft seat chassis (622), carbon brush magnetic blocks (623), rolling balls (624), a shaft rail ring (625) and a shaft cylinder seat (626), the water diversion pipe (621) transversely penetrates through the inside of the shaft seat chassis (622) and is inserted and embedded on the left side of the shaft cylinder seat (626), the shaft cylinder seat (626) is matched with the shaft seat chassis (622), the rolling balls (624) are movably connected with the shaft rail ring (625), and the carbon brush magnetic blocks (623) are tightly attached to the upper end and the lower end of the shaft rail ring (625);

the deflection nozzle plate (63) is composed of a spherical cavity nozzle (631), a sponge cushion (632), a deflection elliptic disc (633) and a water storage thin groove (634), the spherical cavity nozzle (631) is tightly attached to the top of the sponge cushion (632), the sponge cushion (632) is inserted and embedded in the deflection elliptic disc (633), and the water storage thin groove (634) is embedded under the bottom of the deflection elliptic disc (633).

2. The plastic granulator air ring die surface hot cutting brushing double-die-head filtering device according to claim 1, characterized in that: ball chamber nozzle (631) comprises compound pressure boost groove (6311), ball core truss (6312), nozzle shell (6313), ball chamber (6314), the cotton piece of active carbon (6315), inlay the right side at ball core truss (6312) in compound pressure boost groove (6311), nozzle shell (6313) and compound pressure boost groove (6311) are nested integratively, nozzle shell (6313) cooperatees with ball chamber (6314) through the cotton piece of active carbon (6315).

3. The plastic granulator air ring die surface hot cutting brushing double-die-head filtering device according to claim 2, characterized in that: the composite pressure increasing groove (6311) is composed of a pressure increasing groove barrel (63111), a thick torsion spring tube (63112) and a spring wire (63113), the thick torsion spring tube (63112) is mechanically connected with the spring wire (63113), the pressure increasing groove barrel (63111) and the thick torsion spring tube (63112) are nested together, and the spring wire (63113) is arranged between the pressure increasing groove barrel (63111) and the thick torsion spring tube (63112).

4. The plastic granulator air ring die surface hot cutting brushing double-die-head filtering device according to claim 2, characterized in that: the ball core truss (6312) is composed of truss rods (63121), a water storage ball core (63122) and a ball wheel pendulum bob (63123), the truss rods (63121) and the water storage ball core (63122) are welded into a whole, and the ball wheel pendulum bob (63123) is provided with two and is movably connected with the truss rods (63121).

5. The plastic granulator air ring die surface hot cutting brushing double-die-head filtering device according to claim 1, characterized in that: the three-section type suspension arm (65) is composed of a lath (651), a shock absorption rod (652), a thick frame plate (653) and a bayonet shaft cylinder (654), wherein the lath (651) is mechanically connected with the thick frame plate (653) through the shock absorption rod (652), and the thick frame plate (653) is buckled with the bayonet shaft cylinder (654).

6. The plastic granulator air ring die surface hot cutting brushing double-die-head filtering device according to claim 1, characterized in that: thick frame hole filter screen (67) comprise axle center gasket (671), thick frame through-hole (672), filter screen panel (673), outer frame ring (674), axle center gasket (671) hug closely in the front side of filter screen panel (673) centre of a circle, thick frame through-hole (672) are equipped with more than two and all insert with filter screen panel (673) and inlay together, filter screen panel (673) nestification is in the inside of outer frame ring (674).