CN219949582U - Can collect calico printing machine conduction band circulation washing device of burr - Google Patents

Abstract

The utility model discloses a printing machine conduction band circulating water washing device capable of collecting haired flowers, which comprises a printing conduction band and a washing device arranged below the printing conduction band, wherein the printing conduction band is washed by the washing device, the circulating water washing device further comprises a waste water collecting tank, a haired flower filtering and collecting device, a low-liquid-level water tank and a water supply pipe, a second water pump is arranged on the water supply pipe, a first water pump is arranged between the waste water collecting tank and the haired flower filtering and collecting device, water in the low-liquid-level water tank is conveyed to the washing device through the water supply pipe, and washed sewage flows back into the waste water collecting tank and is conveyed to the haired flower filtering and collecting device through the first water pump, and the haired flower pieces in the sewage are filtered by the haired flower filtering and collecting device and then flow into the low-liquid-level water tank for recycling. The waste of water storage resources during flushing of the printing conduction band and the problem that a large number of burrs are blocked after being discharged into a pipeline can be solved, the COD of sewage is reduced, and the treatment difficulty and the treatment cost of the sewage are reduced while the water resources are saved.

Description

Can collect calico printing machine conduction band circulation washing device of burr

Technical Field

The utility model relates to the technical field of printing and dyeing mechanical equipment, in particular to a printing machine conduction band circulating water washing device capable of collecting wool flowers.

Background

The sanding cloth is a fabric with fluff feeling, the cloth surface of the sanding cloth is soft in texture and comfortable in hand feeling, raw materials of the sanding cloth are cotton, chemical fiber and the like, and in the sanding treatment, a special sanding machine is required to be used for sanding. The sanding machine grinds the fibers on the surface of the fabric into fluff in a high-speed sand leather roller friction mode, so that the special texture of the sanding cloth is formed. All cotton fabrics can generate the phenomena that floating wool falls off and remains on the cloth surface in the boiling and bleaching process or the chemical fiber pretreatment process, although the cloth surface wool is sucked before the production of a printing machine, the remaining floating wool can be stuck to a printing nickel screen in the printing process to block the mesh pattern to cause inferior quality, and the printed fabrics can be exposed after the wool falls off after the water washing.

Also, the printer guide belt is a part of the printer that conveys cloth, and when the printer operates, the printer guide belt rotates with the movement of the machine, the cloth is attached to the printer guide belt of the printer, and then the roller is printed on the fabric. In the printing process or after printing, fluff on the back surface of the printed fabric can be attached to the printed guide belt, so that burrs and color paste can be remained on the surface of the printed guide belt, the printed guide belt is required to be washed uninterruptedly, a washing device of the printed guide belt is arranged below a machine and is finished in a mode of washing the printed guide belt, water resources are extremely wasted in the mode, the washed burrs are easy to block a sewage disposal channel, time and labor are wasted in cleaning, and the burrs enter sewage disposal facilities to increase the treatment difficulty and the treatment cost.

Disclosure of Invention

In order to solve certain or some technical problems in the prior art, the utility model aims to provide the printing machine conduction band circulating water washing device capable of collecting the burrs, which can solve the problems of waste of water resources during printing conduction band washing and blockage of a sewage disposal channel after a large amount of burrs are discharged into a pipeline, reduce sewage disposal, reduce COD (chemical oxygen demand) of sewage, save water resources and reduce the sewage disposal difficulty and the sewage disposal cost.

In order to solve the prior art problems, the utility model adopts the following technical scheme:

the utility model provides a can collect calico printing machine conduction band circulation washing device, includes the calico printing conduction band, establishes belt cleaning device of calico printing conduction band below, the calico printing conduction band passes through belt cleaning device washs, circulation washing device still includes waste water collecting tank, the capillary flower filters collection device, low liquid level pond and delivery pipe, belt cleaning device with pass through between the low liquid level pond the delivery pipe intercommunication, be equipped with the second water pump on the delivery pipe, waste water collecting tank with low liquid level pond all pass through the pipeline with capillary flower filters collection device and is connected, waste water collecting tank with be equipped with first water pump on the pipeline between the capillary flower filters collection device, water in the low liquid level pond passes through the delivery pipe to belt is carried and is right the belt printing is washd, and the sewage after the washing flows back in the waste water collecting tank, sewage in the waste water collecting tank passes through first water pump to in the capillary flower filters collection device filters the capillary flower piece in the sewage and flows in the capillary flower again and carries out cyclic utilization in the low liquid level pond.

Preferably, the cleaning device comprises a water receiving tank arranged below the printing guide belt, a spray pipe arranged in the water receiving tank, and a return pipe arranged between the water receiving tank and the wastewater collection tank, wherein one end of the water supply pipe is connected with the water inlet end of the spray pipe, and sewage cleaned by the printing guide belt flows into the wastewater collection tank through the return pipe after being collected by the water receiving tank.

Preferably, the wool flower filtering and collecting device comprises a wool filtering box, a wool flower filter arranged in the wool filtering box, and a wool filtering outlet arranged at one side of the wool filtering box, wherein the waste water collecting tank and the low-liquid-level water tank are respectively connected with two sides of the wool filtering box through pipelines, and the wool flowers filtered in the wool filtering box are discharged through the wool filtering outlet.

Preferably, the wool flower filter comprises a mesh rotating cage arranged in the wool filtering box, a brush wheel arranged between the mesh rotating cage and the wool filtering outlet, and a driver arranged on one side of the wool filtering box and used for controlling the mesh rotating cage and the brush wheel to rotate, wherein wool flowers in waste water in the wool filtering box pass through the surface of the mesh rotating cage for rotary adsorption, and then pass through the brush wheel to brush and fall into the wool filtering outlet for discharging.

Preferably, a cleaning pipe with a plurality of water spray ports is further arranged in the hair filtering box, a 4KW stainless steel centrifugal pump is arranged between the hair filtering box and the cleaning pipe, and water in the hair filtering box is conveyed into the cleaning pipe through the stainless steel centrifugal pump to clean the brush wheel and the mesh rotating cage.

Preferably, the mesh rotating cage is embedded into water to a depth of not more than 1/3.

Preferably, the water inlet of the low liquid level water tank is lower than the water outlet of the hair filtering box, and water in the hair filtering box enters the low liquid level water tank in a self-flowing mode.

Compared with the prior art, the utility model has the beneficial effects that:

the problem of current washing device water resource's after washing the printing conduction band is accomplished extravagant has been solved simultaneously, after having solved the burr that washes down and having got into sewage pipes and appear blocking up, the clearance is got up and is wasted time and energy, the burr gets into sewage treatment facility aftertreatment degree of difficulty and treatment cost high problem, make printing conduction band in-process water resource washed can cyclic utilization, and carry out the targeted filtration to the burr, can not appear blocking up the trapway after discharging into the pipeline again problem, washing water cyclic utilization, the blowdown has been reduced, COD of sewage has been reduced, the treatment degree of difficulty and the treatment cost of sewage have been reduced when having saved the water resource.

Drawings

FIG. 1 is a schematic diagram of the overall structure of the present utility model;

FIG. 2 is a front view showing the overall structure of the collecting device for filtering the haired flowers in the present utility model;

FIG. 3 is a schematic diagram of the internal side view of the collecting device for the haired pattern filtration of the present utility model, showing the relative positional relationship among the haired pattern outlet, the brush wheel, the mesh rotating cage, the cleaning tube and the stainless steel centrifugal pump, and the discharge direction of the haired pattern;

in the figure: 1. a wastewater collection tank; 2. a return pipe; 3. a cleaning device; 4. a water receiving tank; 5. printing a conduction band; 6. a nozzle; 7. a shower pipe; 8. a first water pump; 9. a hair filtering box; 10. a hair filtering outlet; 11. the device comprises a wool flower filtering and collecting device; 12. a haired flower filter; 13. a water supply pipe; 14. a mesh rotating cage; 15. a second water pump; 16. a low liquid level pool; 17. cleaning the tube; 18. stainless steel centrifugal pump; 19. a brush wheel; 20. a driver.

Detailed Description

The present utility model will be further described with reference to the accompanying drawings and detailed description, wherein it is to be understood that, on the premise of no conflict, the following embodiments or technical features may be arbitrarily combined to form new embodiments.

In the description of the present utility model, it should be understood that the directions or positional relationships indicated by the terms "upper", "lower", "left", "right", etc. are based on the directions or positional relationships shown in the drawings, are merely for convenience of description and simplification of the description, and do not indicate or imply that the apparatus or element in question must have a specific orientation, be constructed and operated in a specific orientation, and thus should not be construed as limiting the present utility model.

The terms "first," "second," and the like in this specification are used for distinguishing between similar objects and not necessarily for describing a particular sequential or chronological order. It is to be understood that the data so used may be interchanged, as appropriate, such that embodiments of the present utility model may be implemented in sequences other than those illustrated or described herein, and that the objects identified by "first," "second," etc. are generally of a type, and are not limited to the number of objects, such as the first object may be one or more. Furthermore, in the description and claims, "and/or" means at least one of the connected objects, and the character "/", generally means that the associated object is an "or" relationship.

As shown in fig. 1, a printing machine conduction band circulation washing device capable of collecting burrs comprises a printing conduction band 5 and a washing device 3 arranged below the printing conduction band 5, wherein the printing conduction band 5 is washed by the washing device 3, the circulation washing device further comprises a waste water collecting tank 1, a burrs filtering collecting device 11, a low-liquid-level water tank 16 and a water supply pipe 13, the washing device 3 is communicated with the low-liquid-level water tank 16 through the water supply pipe 13, a second water pump 15 is arranged on the water supply pipe 13, the waste water collecting tank 1 and the low-liquid-level water tank 16 are connected with the burrs filtering collecting device 11 through pipelines, a first water pump 8 is arranged on the pipeline between the waste water collecting tank 1 and the burrs filtering collecting device 11, water in the low-liquid-level water tank 16 is conveyed to the washing device 3 through the water supply pipe 13 and is washed by the printing conduction band 5, sewage in the waste water collecting tank 1 is refluxed to the waste water collecting tank 1, sewage in the waste water collecting tank 1 is conveyed to the burrs filtering collecting device 11 through the first water pump 8, and the burrs are filtered by the sewage in the low-liquid-level water tank 11, and the burrs filtering collecting device is filtered by the wool water in the low-level water tank 11.

The belt cleaning device 3 is installed in the below of stamp conduction band 5, spray cleaning is carried out stamp conduction band 5 through belt cleaning device 3, wherein, the sewage that belt cleaning device 3 washd down flows into waste water collecting vat 1, waste water collecting vat 1's delivery port and the water inlet of burr filtration collection device 11 pass through the pipe connection, the delivery port of burr filtration collection device 11 passes through the pipe connection with the water inlet of low liquid level pond 16, the delivery port of low liquid level pond 16 leads to delivery pipe 13 and the water inlet intercommunication of belt cleaning device 3, thereby realize the circulating water structure, wherein, sewage in the waste water collecting vat 1 carries through first water pump 8, the water in the low liquid level pond 16 outwards carries through second water pump 15. In the actual working process, when the printing machine works, the printing conduction band 5 starts to run, the cleaning device 3 starts to clean the printing conduction band 5, after the printing conduction band 5 is cleaned, flocks and color paste on the printing conduction band 5 fall into water, the water flows into the wastewater collection tank 1, the wastewater enters into the flock filtering and collecting device 11 through the first water pump 8, the flocks in the wastewater are cleaned after being washed by the flock filtering and collecting device 11, the filtered usable water enters into the low-liquid-level water tank 16, then enters into the water supply pipe 13 through the second water pump 15, the water of the water supply pipe 13 is connected with the cleaning device 3 to flush the printing conduction band 5, and the wastewater for flushing the printing conduction band 5 flows into the wastewater collection tank 1 again for recycling. The problem of current washing device water resource's after washing printing conduction band 5 is accomplished extravagant has been solved simultaneously, after having solved the burr that washes down and having got into the drain pipe and appear blocking up, the clearance is got up and is wasted time and energy, the burr gets into sewage treatment facility aftertreatment degree of difficulty and treatment cost high problem, can solve the waste of depositing water resource when printing conduction band 5 washes and appear blocking up the trapway after a large amount of burrs are discharged into the pipeline, wash water cyclic utilization, the blowdown has been reduced, COD of sewage has been reduced, the treatment degree of difficulty and the treatment cost of sewage have been reduced when having saved the water resource.

Further improved is that the cleaning device 3 comprises a water receiving tank 4 arranged below the printing guide belt 5, a spray pipe 7 arranged in the water receiving tank 4, a return pipe 2 arranged between the water receiving tank 4 and the waste water collecting tank 1, one end of a water supply pipe 13 is connected with the water inlet end of the spray pipe 7, and sewage cleaned by the printing guide belt 5 flows into the waste water collecting tank 1 through the return pipe 2 after being collected by the water receiving tank 4.

The water receiving tank 4 is in the below of stamp conduction band 5, after the water backward flow on the stamp conduction band 5, can directly flow into in the water receiving tank 4 to carry out effectual collection through water receiving tank 4, then in rethread back flow 2 can unify inflow waste water collecting tank 1, solved the trouble problem of sewage collection, also solved environmental pollution's problem simultaneously, wherein, belt cleaning device 3 washes stamp conduction band 5 through shower 7, the cleaning performance is better, and can be more nimble to the mounted position of shower 7, the effectual problem of having solved current device and can only fix the direction water spray.

Be equipped with a plurality of adjustable angle's nozzle 6 on the shower 7, when shower 7 washs stamp conduction band 5, the water outwards spouts through nozzle 6, can make when spraying the area bigger, and water pressure is bigger, and the washing effect is better.

As shown in fig. 2 and 3, the burr filtering and collecting device 11 comprises a burr filtering box 9, a burr filter 12 arranged in the burr filtering box 9, and a burr filtering outlet 10 arranged at one side of the burr filtering box 9, the wastewater collecting tank 1 and the low-liquid-level water tank 16 are respectively connected with two sides of the burr filtering box 9 through pipelines, and the burrs filtered in the burr filtering box 9 are discharged through the burr filtering outlet 10.

After the sewage with the wool flowers is discharged into the wool filtering box 9, the wool flowers on the water surface are filtered through the wool flower filter 12 and conveyed towards the direction of the wool filtering outlet 10, so that the wool flowers are separated from the water, and the condition that the water in the wool filtering box 9 has excessive wool flower content when flowing into the low-liquid-level water tank 16 is effectively avoided.

Preferably, the wool flower filter 12 comprises a mesh rotating cage 14 arranged in the wool filtering box 9, a brush wheel 19 arranged between the mesh rotating cage 14 and the wool filtering outlet 10, and a driver 20 arranged on one side of the wool filtering box 9 and used for controlling the mesh rotating cage 14 and the brush wheel 19 to rotate, wherein wool flowers in wastewater in the wool filtering box 9 are rotationally adsorbed through the surface of the mesh rotating cage 14 and then brushed into the wool filtering outlet 10 by the brush wheel 19 to be discharged.

When filtering the wool flowers that sewage come-up through wool flower filter 12, adopt mesh rotating cage 14 deep repetition to wash wool filter hair, the wool flowers can effectually adsorb the surface at mesh rotating cage 14 when mesh rotating cage 14 upwards rotate, filter lasting and simple, it is better to adsorb the effect through mesh rotating cage 14, after mesh rotating cage 14 filters wool flowers from water, brush the surface of mesh rotating cage 14 and fall down to the wool outlet 10 through the rotation of brush wheel 19 and go out the wool, the wool flowers pass through brush wheel 19 and rotate and clear up to external filter screen bag or stainless steel groove in, it is simpler and more convenient to wash the surface of mesh rotating cage 14, wherein driver 20 adopts motor drive, mesh rotating cage 14 and brush wheel 19's tip can be connected through the chain and drive.

Preferably, a cleaning pipe 17 with a plurality of water spray openings is further arranged in the hair filtering box 9, a 4KW stainless steel centrifugal pump 18 is arranged between the hair filtering box 9 and the cleaning pipe 17, water in the hair filtering box 9 is conveyed into the cleaning pipe 17 through the stainless steel centrifugal pump 18 to clean the brush wheel 19 and the mesh rotating cage 14, and the depth of the mesh rotating cage 14 embedded into the water is not more than 1/3.

The device capable of cleaning the brush wheel 19 is further arranged in the hair filtering box 9 and consists of a cleaning pipe 17 and a stainless steel centrifugal pump 18 which are transversely arranged, water in the hair filtering box 9 is conveyed into the cleaning pipe 17 through the stainless steel centrifugal pump 18 of 4KW, and then high-pressure spraying is carried out on the brush wheel 19 and the mesh rotating cage 14 through a water spray port on the cleaning pipe 17, so that the mesh blocking phenomenon in the hair cleaning process can be effectively eliminated, meanwhile, the depth of the mesh rotating cage 14 embedded into water is not more than 1/3, the exposed area of the outer part of the mesh rotating cage 14 is larger after the mesh rotating cage 14 is rotated, the impact effect formed by the mesh rotating cage and the water surface in the rotation process is better, and the mesh blocking phenomenon is not easy to occur.

In a further improvement, the water inlet of the low-liquid-level water tank 16 is lower than the water outlet of the hair filtering box 9, and the water in the hair filtering box 9 enters the low-liquid-level water tank 16 in a self-flowing mode.

Because the water in the waste water collecting tank 1 is conveyed through the first water pump 8, the position of the hair filtering box 9 can be higher, when the space position of the low-liquid-level water tank 16 and the hair filtering box 9 is set, the water inlet of the low-liquid-level water tank 16 can be lower than the water outlet of the hair filtering box 9, the water in the hair filtering box 9 can enter the low-liquid-level water tank 16 in a self-flowing mode, the structure is simpler, the water flow backflow is more convenient, and the cost is lower.

The above embodiments are only preferred embodiments of the present utility model, and the scope of the present utility model is not limited thereto, but any insubstantial changes and substitutions made by those skilled in the art on the basis of the present utility model are intended to be within the scope of the present utility model as claimed.

Claims (7)

1. Can collect calico printing machine conduction band circulation washing device of burr, include calico printing conduction band (5), establish belt cleaning device (3) of calico printing conduction band (5) below, calico printing conduction band (5) are passed through belt cleaning device (3) washs, its characterized in that: the circulating water washing device further comprises a waste water collecting tank (1), a burr filtering and collecting device (11), a low-liquid-level water tank (16) and a water supply pipe (13), wherein the cleaning device (3) is communicated with the low-liquid-level water tank (16) through the water supply pipe (13), a second water pump (15) is arranged on the water supply pipe (13), the waste water collecting tank (1) and the low-liquid-level water tank (16) are connected with the burr filtering and collecting device (11) through pipelines, a first water pump (8) is arranged on the pipelines between the waste water collecting tank (1) and the burr filtering and collecting device (11), water in the low-liquid-level water tank (16) is conveyed to the cleaning device (3) through the water supply pipe (13) and used for cleaning the printing conduction band (5), sewage after cleaning flows back to the waste water collecting tank (1), the sewage in the waste water collecting tank (1) is conveyed into the burr filtering and collecting device (11) through the first water pump (8), and the sewage flows into the burr filtering and collecting device (11) through the burr filtering and collecting device to filter the water tank after the burr filtering and collecting device and the water.

2. The embossing machine conduction band circulation washing device capable of collecting burrs and flowers according to claim 1, wherein the embossing machine conduction band circulation washing device is characterized in that: the cleaning device (3) comprises a water receiving tank (4) arranged below the printing guide belt (5), a spray pipe (7) arranged in the water receiving tank (4), and a return pipe (2) arranged between the water receiving tank (4) and the wastewater collection tank (1), wherein one end of a water supply pipe (13) is connected with the water inlet end of the spray pipe (7), and sewage cleaned by the printing guide belt (5) flows into the wastewater collection tank (1) through the return pipe (2) after being collected by the water receiving tank (4).

3. The embossing machine conduction band circulation washing device capable of collecting burrs and flowers according to claim 2, wherein the embossing machine conduction band circulation washing device is characterized in that: the wool flower filtering and collecting device (11) comprises a wool filtering box (9), a wool flower filter (12) arranged in the wool filtering box (9) and a wool filtering outlet (10) arranged on one side of the wool filtering box (9), wherein the waste water collecting tank (1) and the low-liquid-level water tank (16) are connected with two sides of the wool filtering box (9) through pipelines respectively, and the wool flowers filtered in the wool filtering box (9) are discharged through the wool filtering outlet (10).

4. A printing machine conduction band circulation washing device capable of collecting burrs and flowers according to claim 3, characterized in that: the wool flower filter (12) comprises a mesh rotating cage (14) arranged in a wool filtering box (9), a brush wheel (19) arranged between the mesh rotating cage (14) and a wool filtering outlet (10), and a driver (20) arranged on one side of the wool filtering box (9) and used for controlling the mesh rotating cage (14) and the brush wheel (19) to rotate, wherein wool flowers in waste water in the wool filtering box (9) are rotationally adsorbed on the surface of the mesh rotating cage (14), and then are brushed to the wool filtering outlet (10) through the brush wheel (19) to discharge.

5. The embossing machine conduction band circulation washing device capable of collecting burrs and flowers according to claim 4, wherein: still be equipped with one in the hair-filtering case (9) and take washing pipe (17) of a plurality of water jet, hair-filtering case (9) with be equipped with 4KW stainless steel centrifugal pump (18) between washing pipe (17), water in hair-filtering case (9) is passed through stainless steel centrifugal pump (18) are carried to wash in pipe (17) to brush wheel (19) with screen cloth rotating cage (14) washs.

6. The embossing machine conduction band circulation washing device capable of collecting burrs and flowers according to claim 4, wherein: the depth of the mesh rotating cage (14) embedded into water is not more than 1/3.

7. The embossing machine conduction band circulation washing device capable of collecting burrs and flowers according to claim 4, wherein: the water inlet of the low liquid level water tank (16) is lower than the water outlet of the hair filtering box (9), and water in the hair filtering box (9) enters the low liquid level water tank (16) in a self-flowing mode.