CN203229760U - Device for utilizing before recycling rear-section water of back-boiling combination machine - Google Patents

Abstract

The utility model provides a device for utilizing before recycling rear-section water of a back-boiling combination machine. The device is mainly composed of a water collection bucket arranged at a water discharging pipe of a rear-section washing tank, a water pump, a water outgoing pipe and a water leading pipe communicated with an outgoing cloth soaking and washing tank and a greige cloth soaking and washing tank. The device is structurally characterized in that the water leading pipe is mounted between the outgoing cloth soaking and washing tank and the greige cloth soaking and washing tank of the back-boiling combination machine to form an automatically-flowing pipeline structure capable of realizing rear-water front-delivery, the water pump feeds wastewater of the rear-section washing tank into the outgoing cloth soaking and washing tank to clean cloth and absorb residual effective auxiliaries and heat, and the wastewater automatically flows into the greige cloth soaking and washing tank through the water leading pipe to perform wetting and soaking operations on dry greige cloth. The device for utilizing before recycling the rear-section water of the back-boiling combination machine has the advantages that production water supply is saved, auxiliary consumption is lowered, wastewater discharging is reduced, environment is protected, and scouring and bleaching quality of the greige cloth is improved. The device has excellent application prospect in printing and dyeing production industries.

Description

Move back to boil and use device before combination machine back segment water reclaims

Technical field

The utility model relate to a kind of move back to boil use device before combination machine back segment water reclaims; belong to the water-saving technology that dyeing waste water is recycled; it is particularly suitable for boiling combination machine and installing and using existing moving back; can greatly reduce to move back and boil the water consumption of floating operation and then reduce discharge of wastewater, have the social effect of using water wisely protection environment.

Background technology

With regard to the dyeing and finishing technology flow process, several key steps such as it generally comprises and scourings and bleaching, dyeing, stamp and follow-up arrangement, the purpose of scouringing and bleaching is exactly slurry, the finish dirt that will remove the impurity on the greige goods fabric and mix in the weaving process, make the pure white softness of fabric and have good penetration, for dyeing, stamp processing provide qualified semi-finished product.At present, it is exactly a kind of process equipment that can carry out washing by soaking, auxiliary agent destarch, decatize kiering to grey cloth that moving back of generally using in dyeing boiled combination machine.It can soak continuously to dry body cloth, destarch, vapour boils and seriation operation such as rinsing, have the mechanization degree height, strong to the grey cloth disposal ability, labor strength is low, optimize remarkable advantages such as improving production environment, all is subjected to user's favor always.But, existing moving back boil combination machine in actual motion but long-term existence the mortality defective of " water loss height, quantity of wastewater effluent big ".Can directly increase the production run cost because water consumption is high, and the large amount of sewage discharging can aggravate the pollution to surrounding enviroment, always be that local environmental protection administrative department emphasis monitors the object of strict control.Move back the water consumption of boiling combination machine in order to reduce, at present, low move back to boil on the combination machine mostly adopt " the adverse current washing reverse with the grey cloth operation " water saving new technology, tell it like it is, the production technology of this " adverse current washing " has certain water saving effect to the reduction water consumption.But, we also find in the production operation process: move back the water body that boils in the combination machine in " adverse current " stroke, the pollution stolen goods degree of water body can increase gradually post, water body can become more and more stolen goods, particularly " adverse current " is when soaking No. 1 groove of dry body cloth, the pollution stolen goods degree of water body is the most serious, when the utmost point stolen goods water body of this self high dense pollution is used for moistening immersion dry body cloth, pollution booties a large amount of in the water body can be entered in the fiber by dry body cloth fast Absorption, that is to say: dry body cloth touches water body and carries out just will being done stolen goods by severe contamination when moistening rigidly connecting.Will be again the pollution booty water displacement that sucks grey cloth inside be just cleaned up and be difficult to, in fact this is extremely disadvantageous to follow-up washing process.But, in current technology design and the actual production, but in the back segment water-washing process, can produce a large amount of discarded water, up to now, printing and dyeing enterprise always is to be discarded the direct discharging of these back segment washings outside factory, this not only can waste great amount of water resources, also can cause severe contamination to surrounding enviroment.In fact, the pollution stolen goods degree of a large amount of discarded water that discharge in the back segment water-washing process is still very low, and water quality also is comparatively to clean, and it fully can be with doing that dry body cloth is sent out the wet water that soaks, and the utility model is wanted to address this problem just.

The utility model content

The purpose of this utility model is intended to overcome prior art above shortcomings part, proposes a kind ofly to have fine water-saving result and be particularly conducive to moving back of follow-up washing operation again and boil and use device before combination machine back segment water reclaims.

The purpose of this utility model is achieved by the following technical solution:

The utility model proposes a kind of move back to boil use device before combination machine back segment water reclaims, it comprises being fitted to moves back the grey cloth soaking compartment that boils the combination machine front end, is fitted to move back and boils going out cloth soaker, water pump, drip pan and being connected in the drainpipe of back segment tank-washer of combination machine rear end, it is characterized in that: the water inlet of drip pan is disposed at the effluent pipe mouth position of drainpipe, the drip pan bottom is connected in the water inlet pipe of water pump, the outlet pipe of water pump is connected in out the cloth soaker, forms the gravity line structure that the back is sent before the water going out to be connected and installed between cloth soaker and the grey cloth soaking compartment aqueduct.

Be fitted with the water transfer valve at drainpipe.Can regulate control easily from the water yield of back segment tank-washer discharge water.

The utility model is to keep existing moving back on the basis of boiling " adverse current washing " advantage in the combination machine, the comparatively discarded water of cleaning that the back segment tank-washer is discharged is sent in the grey cloth soaking compartment for sending out the wet dry body cloth that soaks, because the grey cloth of doing is at first to send out wet immersion and fully carry out " adverse current washing " again behind the swollen in the water body environment that comparatively cleans, can prevent effectively that the pollution booty in the adverse current water body from infiltrating in the grey cloth, can greatly alleviate " follow-up washing " load, be particularly conducive to move back to boil and float the subsequent handling operation, reduction is moved back the water consumption of boiling combination machine, reduce sewage discharge and improve the grey cloth crudy of scouringing and bleaching positive effect is arranged.

Its remarkable design feature is: reclaim the comparatively discarded water of cleaning that the back segment tank-washer is discharged by drip pan, with water pump its input is moved back and to boil going out in the cloth soaker of combination machine and clean cloth, can fully absorb cloth when cleaning is moving back and is boiling effective auxiliary agent and heat residual in the steaming process, utilize out the high potential difference between cloth soaker and the grey cloth soaking compartment, going out water in the cloth soaker will be flowed into voluntarily in the grey cloth soaking compartment with work by aqueduct dry body cloth will be sent out bloated immersion water moistening, water body after this intensification has the better moistening effect of expanding of soaking to dry body cloth, also can recycle certain effective auxiliary agent simultaneously.This to further using water wisely, reduce the consumption of destarch auxiliary agent, reducing production costs also has certain effect.

The utility model is compared with prior art has following advantage:

The utility model initiated a kind of at the grey cloth soaking compartment, go out between the cloth soaker equipped aqueduct and form the gravity line structure of sending before the water of back, it is that the water of abandoning that the back segment tank-washer is discharged is sent into out earlier to absorb to move back in the cloth soaker and boiled residual additive and heat in the steaming process, sending out wet in aqueduct flows into the grey cloth soaking compartment dry body cloth again makes its immersion swollen, can avoid the pollution booty in the adverse current water body to infiltrate in the grey cloth earlier, be particularly conducive to follow-up washing operation.The utlity model has simple in structure, fabrication and installation are easy, operational and administrative expenses is low, save industrial water, reduce auxiliary agent consumption, reduce the scouring and bleaching advantage of quality of discharge of wastewater protection environment and raising, in the printing and dyeing production industry splendid application prospect arranged.

Description of drawings

Fig. 1 is structural representation of the present utility model, and accompanying drawing also makes an abstract.

Description of symbols in the accompanying drawing:

1 is fabric guide roll, and 2 is grey cloth, and 3 is arrow, and 4 is the grey cloth soaking compartment, and 5 is aqueduct, and 6 boil combination machine for moving back, and 7 for going out the cloth soaker, and 8 is water pump, and 9 is drip pan, and 10 is outlet pipe, and 11 is drainpipe, and 12 is the back segment tank-washer, and 13 are the water transfer valve.

The specific embodiment

Further describe embodiment of the present utility model below in conjunction with accompanying drawing:

The utility model proposes a kind of move back to boil use device before combination machine back segment water reclaims, it is mainly by the drainpipe 11 that is installed on back segment tank-washer 12, drip pan 9, water pump 8, outlet pipe 10 and be communicated with cloth soaker 7, the aqueduct 5 of grey cloth soaking compartment 4 constitutes, it is to carry out supporting installation as follows: the effluent pipe mouth lower position that the upper end water inlet of drip pan 9 is disposed at drainpipe 11, and at drainpipe 11 equipped water transfer valves 13, can regulate control easily from the water yield of back segment tank-washer 12 interior discharge waters, again drip pan 9 bottoms are connected in the inlet tube of water pump 8, one end of outlet pipe 10 is connected in the outlet of water pump 8, the other end of outlet pipe 10 is connected in out cloth soaker 7, going out between cloth soaker 7 and the grey cloth soaking compartment 4 to be connected and installed aqueduct 5, can utilize out the high potential difference between cloth soaker 7 and the grey cloth soaking compartment 4 to form the gravity line structure of sending before the water of back.Describedly move back that to boil combination machine 6 be such work: the grey cloth of doing 2 is as shown in arrow 3, by one group of fabric guide roll 1 at first import sending out in the grey cloth soaking compartment 4 wet soak, again through move back boil combination machine 6 move back boil steam processing after, deliver to the back segment washing from going out 7 outputs of cloth soaker again.The utility model carries out sending before the water of back as follows: boil in combination machine 6 normal course of operation moving back, open water transfer valve 13 and can the outer drain water in the back segment tank-washer 12 be put into drip pan 9 by drainpipe 11, restarting water pump 8 constantly imports out the water in the drip pan 9 in the cloth soaker 7, can fully absorb cloth when cloth is cleaned is moving back and is boiling effective auxiliary agent and heat residual in the steaming process, recycling goes out the high potential difference between cloth soaker 7 and the grey cloth soaking compartment 4, flow into voluntarily through aqueduct 5 and to move back in the grey cloth soaking compartment 4 that boils combination machine 6 front ends, can send out the wet operation of soaking to dry body cloth, accurately operate water transfer valve 13 again and regulate the displacement of control drainpipe 11 and the pump-out of water pump 8, it is equal substantially in the grey cloth soaking compartment 4 dry body cloth to be sent out the wet water consumption of soaking, and realizes the stable water supply state of dynamic equilibrium.Warp is on probation to be shown: it has obvious effect to further using water wisely, reduction destarch auxiliary agent consumption, minimizing discharge of wastewater protection environment and raising business economic benefit.

Claims (2)

1. one kind is moved back to boil and uses device before combination machine back segment water reclaims, it comprises being fitted to moves back the grey cloth soaking compartment (4) that boils combination machine (6) front end, be fitted to move back boil combination machine (6) rear end go out cloth soaker (7), water pump (8), drip pan (9) and be connected in the drainpipe (11) of back segment tank-washer (12), it is characterized in that: the water inlet of drip pan (9) is disposed at the effluent pipe mouth position of drainpipe (11), drip pan (9) bottom is connected in the water inlet pipe of water pump (8), the outlet pipe (10) of water pump (8) is connected in out cloth soaker (7), the gravity line structure of sending before going out to be connected and installed between cloth soaker (7) and the grey cloth soaking compartment (4) aqueduct (5) formation back water.

According to claim 1 move back to boil use device before combination machine back segment water reclaims, it is characterized in that: be fitted with water transfer valve (13) at drainpipe (11).

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