CN209537814U

CN209537814U - A kind of HIGH TEMPERATURE PURGE and separating at high temperature equipment of oligomer

Info

Publication number: CN209537814U
Application number: CN201821990881.6U
Authority: CN
Inventors: 李素英; 王美丽
Original assignee: DONGGUAN PROMISE PURIFICATION ARTICLE TECHNOLOGY Co Ltd
Current assignee: DONGGUAN PROMISE PURIFICATION ARTICLE TECHNOLOGY Co Ltd
Priority date: 2018-11-29
Filing date: 2018-11-29
Publication date: 2019-10-25
Anticipated expiration: 2028-11-29

Abstract

The utility model is suitable for textile machine equipment technical field, provide the HIGH TEMPERATURE PURGE and separating at high temperature equipment of a kind of oligomer, including columnar ontology, liner is provided in ontology, liner at the bottom is connected with first pipe through ontology, first pipe lower end is connected with filter device, filter device is connected with reservoir by second pipe, reservoir right end is connected with gear pump by third pipeline, gear pump connects liner through ontology by the 4th pipeline, third pipeline is also connected with the 5th pipeline close to institute's gear pump one end, 5th pipeline connects external water source, liner at the bottom is provided with heating device, isolating frame is provided among liner, lid is hinged on the right side of ontology upper end, heating device and gear pump are electrically connected with controller, the utility model is by can be achieved the oligomer separating at high temperature in terylene, improve working efficiency, and it separates Effect is good.

Description

A kind of HIGH TEMPERATURE PURGE and separating at high temperature equipment of oligomer

Technical field

The utility model belongs to the HIGH TEMPERATURE PURGE and high temperature of textile machine equipment technical field more particularly to a kind of oligomer Separation equipment.

Background technique

Terylene also has fiber commensal as cotton fiber, and this commensal is referred to as oligomer.Oligomer is present in fibre Dimension is internal, it and terylene have similar chemical structure, but relative molecular weight is lower.Oligomer generates when being polyester resin polycondensation Byproduct, generally poly- to stupid two vinegar resin of diacid second, content is about 1%-3%, it is as residual monomers to dyeing and printing process Inhibition.

The oligomer of terylene mainly has annular tripolymer and two kinds of linear polymerization body.When high-temperature dyeing, linear oligomer is easy To external diffusion, except minority in it is microgranular be deposited in overflow dyeing machine heating tube (influencing the thermal efficiency) in addition to, the overwhelming majority is sticked to fiber surface, It influences dyeing effect and fastness, especially half is exposed, the extremely difficult removing of oligomer of the half also in fiber.After dyeing most It is good that dye bath is rapidly discharged, because oligomer is in a kind of HIGH TEMPERATURE PURGE of 100 DEG C of oligomer and -120 DEG C of separating at high temperature equipment It is evenly distributed on dye liquor towel, when temperature drops to 100 DEG C or less, is easy to make oligomer precipitating on the fabric, keeps fabric feeling bad. When carrier dyeing, carrier dosage is more, can cause fiber swelling, diffuse out oligomer.Excellent flexibility, hydrophily, Can high temperature resistant, the HIGH TEMPERATURE PURGE and separating at high temperature equipment BASOK of a kind of acidproof, alkaline-resisting, salt tolerant block modified oligomer of silicone oil (Ba Suoke) ZYC, detects the content of oligomer, first the finish on fiber can be removed with nonionic surfactant, then with two Oxane adds water 20%~30%, and shen takes weighing and calculating after 1h in Soxhlet's apparatus.

Oligomer is removed from terylene can make fibre structure and absorbent properties change, these variations are all conducive to print Dye processing.

Oligomer in the prior art is typically all HIGH TEMPERATURE PURGE, cryogenic separation, also cryogenic separation when oligomer often It is reentered in terylene because temperature is low, inferior separating effect, and needs to wait for ejected wash water cooling, so that working efficiency is low.

Utility model content

The utility model provides the HIGH TEMPERATURE PURGE and separating at high temperature equipment of a kind of oligomer, it is intended to which solution is washed in the prior art The oligomer inferior separating effect of synthetic fibre, ineffective problem.

The utility model is realized in this way including columnar ontology, be provided with liner in ontology, liner at the bottom runs through Ontology is connected with first pipe, and first pipe lower end is connected with filter device, and filter device is connected with water storage by second pipe Pond, reservoir right end are connected with gear pump by third pipeline, and gear pump connects liner, third through ontology by the 4th pipeline Pipeline is also connected with the 5th pipeline close to institute's gear pump one end, and the 5th pipeline connects external water source, and liner at the bottom is provided with heating Device is provided with isolating frame among liner, is hinged with lid on the right side of ontology upper end, heating device and gear pump are electrically connected with control Device, the utility model are heated by the heating device in liner, the 5th pipeline, gear pump and the 4th pipeline provide water source to Water filling in liner is closed water source when water level is dipped to terylene height and is heated, and passes through the first electromagnetism after the completion of high temperature cleaning Valve is drained, and oligomer flows through filter device with the water after heating and finally flows into reservoir, and the water in reservoir can be used again In HIGH TEMPERATURE PURGE, can save water source also can using electricity wisely, while the present apparatus can be the oligomer in terylene at high operating temperatures It separates and completes high temperature isolation.

Further, liner at the bottom is spherical shape, and spherical cushion block is provided with below liner lower section and ontology, is set on the outside of liner Several annular gaskets that are equally spaced are equipped with, spherical cushion block and annular gasket are heat-barrier material, by the way that spherical cushion block and ring is arranged Shape gasket effectively keeps apart high temperature liner and ontology, prevents ontology high temperature from scalding staff, improves security performance.

Further, lid is provided with gasket seal close to liner side, and lid is provided with far from gasket seal one end Gasket seal is arranged in hand handle, improves the speed that liner can heat, moreover it is possible to heat losses are prevented, it is whole to improve working efficiency, hand handle Lid is opened and closed convenient for staff.

Further, isolating frame is mesh-like, and liner is located at isolating frame and is arranged with the support for being used to support isolating frame Annulus, isolating frame are fixed on support annulus, and the isolating frame of mesh-like is arranged, convenient for the separation of oligomer and terylene, When being drained, the water of high temperature carries oligomer and flows into reservoir, finally takes out clean terylene.

Further, the first solenoid valve is provided in first pipe, the 4th pipeline is provided with the 4th solenoid valve, the first electricity Magnet valve and the 4th solenoid valve are electrically connected controller, and the first solenoid valve and the 4th solenoid valve are respectively used to drain and fill the water, adding It is in closed state when thermal cleaning, is conducive to the sealing performance of liner.

Further, third pipeline and the 5th pipeline converge the input terminal of tooth connection wheel pump close to gear pump one end, far It is respectively arranged with second solenoid valve and third solenoid valve from gear pump one end, columns base is provided with water discharging valve, the second electricity Magnet valve and third solenoid valve are electrically connected controller, and the water filling that second solenoid valve and third solenoid valve control liner respectively is to pass through Reservoir water source is provided or is provided by external water source, plays the ability of wastewater reuse, water discharging valve will be utilized repeatedly Water afterwards is excluded.

Further, filter device upper and lower ends connect first pipe and second pipe, filtering dress by water pipe head It is set to circular tube shaped, is internally provided with replaceable filter core, filter device is detachably installed by water pipe head, and can replace in time can replace Change filter core.

Further, heating device is the electric heating tube of several circular arrays distribution, and annular array distribution electricity adds Heat pipe, heating speed are fast.

Further, controller is set to ontology front end, is set to ontology front end, operates convenient for operator.

The utility model is achieved the utility model has the advantages that the utility model is heated by the heating device in liner, and Five pipelines, gear pump and the 4th pipeline provide water source to filling the water in liner, closed when water level is dipped to terylene height water source into Row heating is drained after the completion of high temperature cleaning by the first solenoid valve, and oligomer flows through filter device most with the water after heating After flow into reservoir, the water in reservoir can be re-used for HIGH TEMPERATURE PURGE, can save water source also can using electricity wisely, while this dress Setting can separate at high operating temperatures the oligomer in terylene and complete high temperature isolation.

Detailed description of the invention

Fig. 1 is the structural representation of the HIGH TEMPERATURE PURGE and separating at high temperature apparatus body of a kind of oligomer provided by the utility model Figure；

Fig. 2 is a kind of HIGH TEMPERATURE PURGE of oligomer provided by the utility model and the structural schematic diagram of separating at high temperature equipment.

In figure: 1- ontology；11- liner；12- first pipe；13- heating device；14- isolating frame；15- spherical shape cushion block；16- Annular gasket；17- supports annulus；The first solenoid valve of 18-；2- filter device；21- second pipe；22- water pipe head；23- can be replaced Change filter core；3- reservoir；31- third pipeline；32- water discharging valve；4- gear pump；The 4th pipeline of 41-；The 4th solenoid valve of 42-； The 5th pipeline of 5-；6- lid；61- gasket seal；62- hand handle；7- controller.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

As Figure 1-Figure 2, a kind of HIGH TEMPERATURE PURGE of oligomer and separating at high temperature equipment, including columnar ontology 1, institute It states and is provided with liner 11 in ontology, 11 bottom of liner is connected with first pipe 12, the first pipe through the ontology 1 12 lower ends are connected with filter device 2, and the filter device 2 is connected with reservoir 3 by second pipe 21, and the reservoir 3 is right End is connected with gear pump 4 by third pipeline 31, and the gear pump 4 is connected by the 4th pipeline 41 through the ontology 1 described Liner 11, the third pipeline 31 are also connected with the 5th pipeline 5 close to 4 one end of institute's gear pump, and the 5th pipeline 5 connects external Water source, 11 bottom of liner are provided with heating device 13, are provided with isolating frame 14 among the liner 11, on the ontology 1 End right side is hinged with lid 6, and the heating device 13 and the gear pump 4 are electrically connected with controller 7, and the utility model passes through interior Heating device in gallbladder is heated, and the 5th pipeline, gear pump and the 4th pipeline provide water source to filling the water in liner, is soaked to water level Close water source when bubble is to terylene height to be heated, be drained after the completion of high temperature cleaning by the first solenoid valve, oligomer with Water after heating flows through filter device and finally flows into reservoir, and the water in reservoir can be re-used for HIGH TEMPERATURE PURGE, can save Water source also can using electricity wisely, while the present apparatus oligomer in terylene is separated can at high operating temperatures and complete high temperature isolation.

11 bottom of liner is spherical shape, is provided with spherical cushion block 15, institute below 11 lower section of liner and the ontology 1 It states and is provided with several annular gaskets 16 that are equally spaced on the outside of liner 11, the spherical shape cushion block 13 and annular gasket 16 are heat-insulated material High temperature liner and ontology are effectively kept apart by the way that spherical cushion block and annular gasket is arranged, prevent ontology high temperature from scalding work by material Personnel improve security performance.

The lid 6 is provided with gasket seal 61 close to the liner side, and the lid 6 is far from the gasket seal 61 One end is provided with hand handle 62, and gasket seal is arranged, and improves the speed that liner can heat, moreover it is possible to heat losses are prevented, it is whole to improve Working efficiency, hand handle open and close lid convenient for staff.

The isolating frame 14 is mesh-like, and the liner 11, which is located at the isolating frame 14 and is arranged with, is used to support isolating frame 14 support annulus 17, the isolating frame 13 are fixed on the support annulus 17, the isolating frame of mesh-like are arranged, is convenient for The separation of oligomer and terylene, when being drained, the water of high temperature carries oligomer and flows into reservoir, finally takes out clean wash Synthetic fibre.

The first solenoid valve 18 is provided in the first pipe 1, the 4th pipeline 41 is provided with the 4th solenoid valve 42, institute It states the first solenoid valve 18 and the 4th solenoid valve 42 is electrically connected the controller 7, the first solenoid valve and the 4th solenoid valve are used respectively In draining and water filling, it is in closed state when heating cleaning, is conducive to the sealing performance of liner.

The third pipeline 31 and the 5th pipeline 5 converge the input for connecting the gear pump 4 close to described 4 one end of gear pump End is respectively arranged with second solenoid valve 32 and third solenoid valve 51 far from described 4 one end of gear pump, and 3 bottom of reservoir is set Be equipped with water discharging valve 32, the second solenoid valve 32 and the third solenoid valve 51 are electrically connected controller 7, second solenoid valve and The water filling that third solenoid valve controls liner respectively is to be provided by reservoir water source or provided by external water source, plays waste water The ability of recycling, water discharging valve exclude the water repeatedly after.

2 upper and lower ends of filter device connect the first pipe 12 and second pipe 21, institute by water pipe head 22 Stating filter device 2 is circular tube shaped, is internally provided with replaceable filter core 23, and filter device is detachably installed by water pipe head, can Replaceable filter core 23 is replaced in time.

The heating device 13 is the electric heating tube of several circular arrays distribution, and annular array is distributed electric heating tube, Heating speed is fast.

The controller 7 is set to 1 front end of ontology, is set to 1 front end of ontology, operates convenient for operator.

The concrete operating principle of the utility model: when work, open lid, by the terylene for needing separation of oligomeric be put into In liner, controller is opened third solenoid valve, the 4th solenoid valve and gear pump and is filled the water in liner, and the height to water is completely soaked After terylene, third solenoid valve, the 4th solenoid valve and gear pump are opened either manually or by controller closing, at this point, the first solenoid valve belongs to Closed state, liner manually controls electric heating tube and heats water to assigned temperature in closed cavity, controller after covering lid, into The HIGH TEMPERATURE PURGE of row terylene, time and temperature all in accordance with different terylene object and terylene object how much decisions, in terylene Oligomer is separated through high temperature with terylene, and after the completion of to be cleaned, controller stops electric heating tube, opens simultaneously the first solenoid valve, heat Water enters reservoir by filter device, and terylene object is placed on isolating frame, oligomer with high temperature water flow to reservoir, on the way by Filter device intercepts, and completes separating at high temperature oligomer, then takes out terylene.

Wherein, the water of reservoir can also carry out repeated work by gear pump, and water conservation while can also be energy saving, The water of water or high temperature in reservoir is easier to heat.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims

1. the HIGH TEMPERATURE PURGE and separating at high temperature equipment of a kind of oligomer, which is characterized in that including columnar ontology, the ontology It is inside provided with liner, the liner at the bottom is connected with first pipe through the ontology, and the first pipe lower end was connected with Device is filtered, the filter device is connected with reservoir by second pipe, and the reservoir right end is connected with by third pipeline Gear pump, the gear pump connect the liner through the ontology by the 4th pipeline, and the third pipeline is close to institute's gear Pump one end is also connected with the 5th pipeline, and the 5th pipeline connects external water source, and the liner at the bottom is provided with heating device, institute It states and is provided with isolating frame among liner, lid, the heating device and gear pump electricity are hinged on the right side of the ontology upper end It is connected with controller.

2. a kind of HIGH TEMPERATURE PURGE and separating at high temperature equipment of oligomer as described in claim 1, which is characterized in that the liner Bottom is spherical shape, is provided with spherical cushion block below the liner lower section and the ontology, is provided with several on the outside of the liner Be equally spaced annular gasket, and the spherical shape cushion block and annular gasket are heat-barrier material.

3. a kind of HIGH TEMPERATURE PURGE and separating at high temperature equipment of oligomer as described in claim 1, which is characterized in that the lid The liner side is provided with gasket seal, the lid is provided with hand handle far from described gasket seal one end.

4. a kind of HIGH TEMPERATURE PURGE and separating at high temperature equipment of oligomer as described in claim 1, which is characterized in that the isolation Frame is mesh-like, and the liner is located at the isolating frame and is arranged with the support annulus for being used to support isolating frame, the isolating frame It is fixed on the support annulus.

5. a kind of HIGH TEMPERATURE PURGE and separating at high temperature equipment of oligomer as described in claim 1, which is characterized in that described first The first solenoid valve is provided in pipeline, the 4th pipeline is provided with the 4th solenoid valve, first solenoid valve and the 4th electromagnetism Valve is electrically connected the controller.

6. a kind of HIGH TEMPERATURE PURGE and separating at high temperature equipment of oligomer as described in claim 1, which is characterized in that the third Pipeline and the 5th pipeline converge the input terminal for connecting the gear pump close to described gear pump one end, far from described gear pump one end It is respectively arranged with second solenoid valve and third solenoid valve, the columns base is provided with water discharging valve, the second solenoid valve Controller is electrically connected with the third solenoid valve.

7. a kind of HIGH TEMPERATURE PURGE and separating at high temperature equipment of oligomer as described in claim 1, which is characterized in that the filtering Device upper and lower ends connect the first pipe and second pipe by water pipe head, and the filter device is circular tube shaped, internal It is provided with replaceable filter core.

8. a kind of HIGH TEMPERATURE PURGE and separating at high temperature equipment of oligomer as described in claim 1, which is characterized in that the heating Device is the electric heating tube of several circular arrays distribution.

9. a kind of HIGH TEMPERATURE PURGE and separating at high temperature equipment of oligomer as described in claim 1, which is characterized in that the control Device is set to the ontology front end.