CN207915815U - The water cooling that nylon particles equipment is made in nylon feed back drains component - Google Patents
The water cooling that nylon particles equipment is made in nylon feed back drains component Download PDFInfo
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- CN207915815U CN207915815U CN201820209025.6U CN201820209025U CN207915815U CN 207915815 U CN207915815 U CN 207915815U CN 201820209025 U CN201820209025 U CN 201820209025U CN 207915815 U CN207915815 U CN 207915815U
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- pond
- feed back
- nylon
- wire drawing
- rack
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- Processing And Handling Of Plastics And Other Materials For Molding In General (AREA)
- Processes Of Treating Macromolecular Substances (AREA)
Abstract
The utility model discloses a kind of water coolings that nylon particles equipment is made in nylon feed back to drain component, including：Rack；Pond is fixed in the rack, the wire drawing nozzle in nylon feed back wire drawing component；It drips pond, is fixed on the rack close to pond, the water in pond that drips can flow back into pond；The nylon feed back stick exported from wire drawing nozzle is sent in pond is then sent through drip-dry above pond of dripping after being cooled by water, is finally sent to granulation component and cuts to form particle.The drop basin bottom is provided with heating pipe, further includes：Drip pump, it is fixed in the rack, drip pump input port be connected to the pond by the road, the heated water pipe of delivery outlet is communicated to pond, the delivery in pond to heating pipe can heat the nylon feed back stick using heating pipe and dry by the pump that drips.The utility model has reasonable for structure, at low cost, waste utilization, energy-saving and environment-friendly advantageous effect.
Description
Technical field
The utility model is related to a kind of water coolings that nylon particles equipment is made in nylon feed back to drain component.
Background technology
Nylon plastic(s) product has had been widely used, such as nylon wire, nylon sock, nylon clothes etc., has very much
Factory has many leftover bits and pieces when processing nylon products, also has the waste material of recycling, but because plastic products are not easily decomposed, therefore,
How to dispose nylon feed back is a problem.
Utility model content
The utility model drains according to the above deficiency, providing a kind of water cooling that nylon particles equipment is made in nylon feed back
Component.Equipment recycles after capable of processing waste recovery.
The technical solution of the utility model is：
A kind of water cooling that nylon particles equipment is made in nylon feed back drains component, including：
Rack；
Pond is fixed in the rack, the wire drawing nozzle in nylon feed back wire drawing component；
It drips pond, is fixed on the rack close to pond, the water in pond that drips can flow back into pond；
The nylon feed back stick exported from wire drawing nozzle is sent in pond is then sent through drip-dry above pond of dripping after being cooled by water, most
After be sent to be granulated component cut to form particle.
The drop basin bottom is provided with heating pipe, further includes：
Drip pump, is fixed in the rack, and the input port for the pump that drips is connected to the pond, delivery outlet warp by the road
Heating pipe is communicated to pond, and dripping pump can be by the delivery in pond to heating pipe, using heating pipe to the Buddhist nun
Imperial feed back stick heating is dried.
The utility model has reasonable for structure, at low cost, waste utilization, energy-saving and environment-friendly advantageous effect.
Description of the drawings
Fig. 1 is the device structure schematic diagram of the utility model application.
Fig. 2 is that the mating nylon feed back of the utility model melts component structure diagram.
Fig. 3 is the mating nylon feed back wire drawing component of the utility model and the structural representation for being granulated component and the utility model
Figure.
Fig. 4 is the mating nylon feed back filter assemblies structural schematic diagram of the utility model.
Fig. 5 is the structural schematic diagram of rack in the mating nylon feed back filter assemblies of the utility model.
Fig. 6 is transmission wheel structure schematic diagram in the mating nylon feed back filter assemblies of the utility model.
Fig. 7 is that the mating hybrid exhaust gas of the utility model exports processing component structural schematic diagram.
Specific implementation mode
The utility model is further described in conjunction with attached drawing：
As shown, a kind of water cooling that nylon particles equipment is made in nylon feed back drains component, including：
Rack；
Pond 51, is fixed on the rack, the wire drawing nozzle 36 in nylon feed back wire drawing component 3；
It drips pond 52, is fixed on the rack close to pond 51, the water in pond 52 that drips can flow back into pond 51；
The nylon feed back stick exported from wire drawing nozzle 36, which is sent in pond 51, to be then sent through after being cooled by water above pond 52 of dripping
Drip-dry is finally sent to the granulation cutting of component 6 and forms particle.
52 bottom of pond of dripping is provided with heating pipe 53, further includes：
Drip pump 54, is fixed on the rack, and it is heated that the input port of the pump 54 that drips is connected to pond 51, delivery outlet by the road
Water pipe is communicated to pond 51, and dripping pump 54 can be by the delivery in pond 51 to heating pipe 53, using heating pipe to nylon
The heating of feed back stick is dried.
Nylon feed back is described below, nylon particles equipment is made, including：
Nylon feed back melts component 1, and input terminal is provided with loading hopper 11, output end is provided with nylon feed back transferring box
14, loading hopper 11 inputs nylon feed back, the liquid nylon feed back after output end output melting；
Hybrid exhaust gas exports processing component 2, is provided with smoke collecting cover 21, and smoke collecting cover 21 is returned mounted on nylon
The top for expecting transferring box 14, for collecting the flue gas generated in fusion processes, hybrid exhaust gas output processing component 2 can export only
Air after change；
Nylon feed back wire drawing component 3, input terminal connection nylon feed back transferring box 14, output end are provided with wire drawing nozzle
36, nylon feed back wire drawing component 3 exports nylon feed back stick after reheating；
Nylon feed back filter assemblies 4, are provided with rack, and rack is mounted on before wire drawing nozzle 36 and close to wire drawing nozzle
36, nylon feed back filter assemblies 4 can filter the sundries in nylon feed back；
Water cooling drains component 5, and input terminal couples wire drawing nozzle 36, defeated from nylon feed back wire drawing component 3 for accepting
The nylon feed back stick gone out, water cooling drain the nylon feed back stick after the output cooling of component 5 drains；
It is granulated component 6, input terminal connection water cooling drains the output end of component 5, is granulated the output end outputting cutting of component 6
Nylon feed back particle after cutting；
Rack, for fixing said modules.
Nylon feed back melts component 1：
Babinet 15 is melted, is cylindrical in shape, is fixed on the rack；
Electric heating body 13 is melted, it is multiple, it is fixed on and melts outside babinet 15, can be heated to melting babinet 15；
Loading hopper 11, connection melt the import of babinet 15, and nylon feed back is sent into from loading hopper 11；
Nylon feed back transferring box 14, is fixed on the exit for melting babinet 15 and connection melts the outlet of babinet 15, Buddhist nun
The bottom position of imperial feed back transferring box 14 is less than melting babinet 15, the top at the top and a side of nylon feed back transferring box 14
It opens wide；
Motor 16 is melted, is fixed on the rack；
Screw rod 12 is melted, one end is fixed with the rotation axis for melting motor 16, the other end is mounted on through bearing in rack, is melted
Screw rod 12 is solved through the babinet and nylon feed back transferring box 14 for melting babinet 15；
The nylon feed back that melting babinet 15 is entered from loading hopper 11 melts after melting electric heating body 13 and heating into liquid
State nylon feed back is output to nylon feed back transferring box 14 after melting screw rod 12 and rotating.
Hybrid exhaust gas exports processing component 2, including：
Smoke collecting cover 21；
First smoke filtration case 22 is provided with the first gas inlet and the first exhanst gas outlet, the first gas inlet and
One exhanst gas outlet is located at two opposites of the first smoke filtration case 22, and the first gas inlet is connected to fume collection by the road
21 are covered, recirculated water is installed in the first smoke filtration case 22, the bottom of the first smoke filtration case 22 is provided with the cycle mouth of a river 221；
Jet pipe 23, is fixed on the top in the first smoke filtration case 22 by more, and import 24 and more is provided on jet pipe 23
A spout；
First flue gas water pump, is fixed on the rack, and the input terminal of the first flue gas water pump connects the cycle mouth of a river by the road
221, output end is connected to import 24 by the road, and the first flue gas water pump can be by the water circulating pump in the first smoke filtration case 22 to jet pipe
23, recirculated water is sprayed from multiple spouts, passes through spray cleaning flue gas；
Second smoke filtration case 25 is provided with the second gas inlet, the second exhanst gas outlet, hot water inlet 251 and hot water
Outlet 252, the second gas inlet and the second exhanst gas outlet are located at two opposites of the second smoke filtration case 25, the second cigarette
Gas import is connected to the first exhanst gas outlet of the first smoke filtration case 22 by the road, and the bottom of the second smoke filtration case 25 is equipped with heat
Water and electric heater；
Heat-exchanger pump, output end is connected to hot water inlet 251, input terminal is connected to hot water outlet 252；
Driving wheel 261, follower 262 are mounted on the holder in the second smoke filtration case 25, and driving wheel 26 is located at the
The top of two smoke filtration casees 25, follower 262 are located at the bottom of the second smoke filtration case 25 and are flooded by hot water；
Smoke Filter net 27, annularly, on driving wheel 261, follower 262；
Filtering melt motor, be mounted on the second smoke filtration case 25 outside rack on, filtering melt motor main shaft with
Driving wheel 261 couples；
Thermal insulation board 29 is fixed in the second smoke filtration case 25 and above hot water, and thermal insulation board 29 can prevent hot water
Evaporation；
Exhaust fan 28, is mounted on the second exhanst gas outlet, and exhaust fan 28 can pass through the flue gas that smoke collecting cover 21 is collected into
Row is in the air after first smoke filtration case 22,25 filtration, purification of the second smoke filtration case.
Nylon feed back wire drawing component 3 includes：
Wire drawing babinet 34, is cylindrical in shape, and one end of tubular is fixed and is connected to nylon feed back transferring box 14；
Wire drawing electric heating body 32, it is multiple, it is fixed on outside wire drawing babinet 34, wire drawing babinet 34 can be heated；
Wire drawing delivery casing 35 is connected to the other end of tubular wire drawing babinet 34；
Wire drawing motor 31, is fixed on the rack；
The rotation axis of wire drawing screw rod 33, one end and wire drawing motor 31 is fixed, the other end is mounted on through bearing in rack, is drawn
Silk screw rod 33 runs through nylon feed back transferring box 14, wire drawing babinet 34 and wire drawing delivery casing 35, wire drawing screw rod 33 and the melting
Screw rod 12 be vertically arranged and on position than melt screw rod 12 it is low；
Wire drawing nozzle 36 is connected to wire drawing delivery casing 35, under the rotation of wire drawing screw rod 33, nylon feed back transferring box 14
Interior liquid nylon feed back can export nylon feed back stick through wire drawing babinet 34, wire drawing delivery casing 35 and wire drawing nozzle 36.
Nylon feed back filter assemblies 4 include：
Supporting support is made of 451, one blocks of level boards 452 of at least two upright bars, one end of two upright bars 451 and drawing
Silk delivery casing 35 is fixed, the other end and level board 452 are fixed, and level board 452 offers through-hole, and two the intermediate of upright bar 451 are drawn
The top setting of silk delivery casing 35 has the gap；
Bearing 453 is filtered, outer ring is embedded in the through-hole of level board 452；
Driving wheel 43 is provided with extension torus, and the inner ring of the extension torus and filtering bearing 453 is fixed, and is driven
Wheel 43 is provided centrally with threaded hole；
Sliding rail 40, two, both sides being fixed in wire drawing delivery casing 35 and close to wire drawing nozzle 36；
Rack is made of jacking block 47, frame 471 and sundry filter net 472, wherein jacking block 47 and frame 471 form rigidity
Structure, filter screen 472 are fixed on frame 471, and the gap that frame 471 can be inserted into wire drawing delivery casing 35 is only capable of along two one slide rails
40 move up and down；
Threaded rod 46, bottom are fixed with jacking block 47, and the threaded portion of threaded rod 46 is screwed into the threaded hole of driving wheel 43；
Filtered motor 41, shell are fixed in supporting support, are fixed with driving wheel 44 in rotation axis, and driving wheel 44 is through passing
42 joint transmission wheel 43 of dynamic band, the rotation of filtered motor 41 can drive rack to move up and down, the liquid nylon in wire drawing delivery casing 35
Feed back can be by exporting after sundry filter net 472 from wire drawing nozzle 36.
Being granulated component 6 includes：
Be granulated cabinet 61, be fixed on the rack and close to dripping 52 output end of pond, be granulated cabinet 61 be provided be granulated into
Mouth and granulation outlet；
It is granulated driving wheel 62, a pair of, shaft, which is fixed on, to be granulated on cabinet 61；
Grip block 64, it is a pair of, it is fixed on and is granulated on cabinet 61；
Cutting tool 65, rotation axis are mounted on through bearing and are granulated on cabinet 61, the close clamping of blade of cutting tool 65
Plate 64；
It is granulated motor, shell, which is fixed on, to be granulated on cabinet 61, is linked with granulation driving wheel 62 and cutting tool 65；
Between the nylon feed back stick for being granulated import input is sent into a pair of grip block 64 through a pair of granulation pulling of driving wheel 62,
It is granulated by the processing of cutting tool 65, finally exports output nylon feed back particle from granulation.
The width of jacking block 47 is more than the gap width of wire drawing delivery casing 35, and jacking block 47 can cover gap.
Claims (2)
1. a kind of water cooling that nylon particles equipment is made in nylon feed back drains component, characterized in that including：
Rack；
Pond（51）, it is fixed in the rack, close to and less than nylon feed back wire drawing component（3）In wire drawing nozzle
（36）；
It drips pond（52）, close to pond（51）It is fixed on the rack, pond of dripping（52）Interior water can flow back into pond（51）It is interior；
From wire drawing nozzle（36）The nylon feed back stick of output is sent to pond（51）It is inside then sent through pond of dripping after being cooled by water（52）On
Square drip-dry is finally sent to granulation component（6）Cutting forms particle.
2. a kind of water cooling that nylon particles equipment is made in nylon feed back as described in claim 1 drains component, characterized in that
The pond of dripping（52）Bottom is provided with heating pipe（53）, further include：
Drip pump（54）, it is fixed in the rack, drip pump（54）Input port be connected to the pond by the road（51）、
The heated water pipe of delivery outlet is communicated to pond（51）, drip pump（54）It can be by pond（51）Delivery to heating pipe
（53）, dried to the nylon feed back stick heating using heating pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820209025.6U CN207915815U (en) | 2018-02-06 | 2018-02-06 | The water cooling that nylon particles equipment is made in nylon feed back drains component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820209025.6U CN207915815U (en) | 2018-02-06 | 2018-02-06 | The water cooling that nylon particles equipment is made in nylon feed back drains component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207915815U true CN207915815U (en) | 2018-09-28 |
Family
ID=63603677
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820209025.6U Active CN207915815U (en) | 2018-02-06 | 2018-02-06 | The water cooling that nylon particles equipment is made in nylon feed back drains component |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207915815U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112248403A (en) * | 2020-09-28 | 2021-01-22 | 安徽理工大学 | Extrusion cooling device for rubber processing |
-
2018
- 2018-02-06 CN CN201820209025.6U patent/CN207915815U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112248403A (en) * | 2020-09-28 | 2021-01-22 | 安徽理工大学 | Extrusion cooling device for rubber processing |
| CN112248403B (en) * | 2020-09-28 | 2023-09-19 | 中山市创达有机硅材料有限公司 | Extrusion cooling device for rubber processing |
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