CN203816980U - Cleaning system allowing repeated use of cleaning solution for filter element of filter - Google Patents

Abstract

The utility model discloses a cleaning system allowing repeated use of a cleaning solution for the filter element of a filter. The cleaning system comprises a cleaning trough and further comprises a No.1 tank, a No.2 tank and an intermediate tank, wherein a filtering cover is arranged at the top of each of the No.1 tank and the No.2 tank; the No.1 tank, as well as the No.2 tank, is provided with an upper overflow pipe, an intermediate overflow pipe and a lower overflow pipe; a blow-off pipe is arranged at the bottom of each of the No.1 tank and the No.2 tank; the bottom of the intermediate tank is connected with a cleaning solution inlet through an input pipe on which an input valve is arranged. The cleaning system has the benefits that the cleaning solution flowing into the No.2 tank from the No.1 tank can be filtered for the first time at the opening through the filtering covers, the cleaning solution can be optionally allowed to flow out from the uppermost overflow pipe according to the cleaning degree of the cleaning solution in the tank, and deposited impurities can be cleaned up through controlling a blowdown valve on the blow-off pipe; the purified cleaning solution flows into the cleaning trough from the intermediate tank to be further used, so that the manufacturing cost is greatly saved.

Description

The repeatedly used filter element purging system of cleaning fluid

Technical field

The utility model relates to a kind of purging system of chemical fibre industry, the repeatedly used filter element purging system of especially a kind of cleaning fluid.

Background technology

Along with the development of chemical fibre industry, chemical fiber factory also must improve constantly the product quality of self now, reduces costs and just can be based on market.In chemical fibre industry, many chemical fiber equipment parts need to clean to ensure normal use in time, ensure product quality at present.Various parts used clean as filter element cleaning groove in process of production, in rinse bath, be conventionally filled with cleaning fluid, use often after, it is muddy that cleaning fluid becomes because sediment increases, and in prior art, these muddy cleaning fluids are all directly to drain by scavenge port, because cleaning fluid can not be recycled the waste that has caused resource, be unfavorable for saving production cost, owing to there is above-mentioned technical problem, be therefore necessary existing purging system to improve.

Summary of the invention

The purpose of this utility model is the deficiency in order to solve above-mentioned technology and the repeatedly used filter element purging system of a kind of simple in structure, convenient and practical cleaning fluid that designs.

The repeatedly used filter element purging system of cleaning fluid that the utility model is designed, comprise rinse bath, in rinse bath, be provided with the bracket for placing filter element, on rinse bath, be provided with supersonic generator, rinse bath is provided with cleaning fluid import and rinse liquid outlet, also comprise tank, No. two tanks and pans, described rinse liquid outlet is connected with No. two tanks with a described tank by efferent duct, described efferent duct is provided with rear pump, described efferent duct is also connected with transfer valve, and described transfer valve is connected with respectively an inlet pipe and No. two inlet pipes; The top of a described tank and No. two tanks is all provided with filter mantle, described inlet pipe outlet is positioned at the filter mantle of a tank, described No. two inlet pipes outlet is positioned at the filter mantle of No. two tanks, on a described tank, No. two tanks, be all provided with three overflow pipes of upper, middle and lower, described overflow pipe bottom all communicates with pans top and the height of pans is less than all overflow pipes, on described overflow pipe, be provided with overflow valve, the mouth of pipe place that is positioned at the overflow pipe of foot is provided with screen pack; A described tank and No. two pot bottoms are all provided with blow-off pipe, are provided with blowoff valve on blow-off pipe, and described pans bottom is higher than described rinse bath, and described pans bottom connects described cleaning fluid import by input pipe, is provided with transfer valve on input pipe.

As preferably: a described tank and No. two tank tops are all provided with perforate, and described filter mantle is made up of ring body, body and dictyosome, and described body is connected between described ring body and dictyosome, and described ring body size is greater than perforate, and described body is positioned at described perforate.

The repeatedly used filter element purging system of cleaning fluid that the utility model is designed, its beneficial effect is: when use, the parts that needs are cleaned are put into rinse bath, open supersonic generator, and parts are cleaned.After cleaning, by rear pump, cleaning fluid is input in a tank, No. two tanks and is precipitated, a tank, No. two tanks use the operating rate that is much higher than a tank simultaneously, can ensure that clean cleaning fluid can be used for cleaning in rinse bath timely; The cleaning fluid that flows into a tank and No. two tanks from rinse bath can filter by filter mantle for the first time at tapping, is convenient to the precipitation of cleaning fluid later stage in a tank and No. two tanks, has promoted greatly the cleannes of cleaning fluid.On a tank, No. two tanks, be all provided with three overflow pipes of upper, middle and lower, in precipitation process, can select to start to banish cleaning fluid from uppermost overflow pipe according to the clean-up performance of cleaning fluid in tank, at the nethermost overflow pipe mouth of pipe, place is provided with screen pack, the cleaning fluid flowing out through nethermost overflow pipe is further filtered, ensured the cleannes of cleaning fluid.A tank and No. two tank belows are provided with blow-off pipe, and the impurity of precipitation can be cleared up impurity by the blowoff valve on control of sewage disposal pipe.Clean cleaning fluid flows into pans and stores, and pans bottom is provided with the input pipe being connected with rinse bath, can be controlled the cleaning fluid in purge tank is flowed in rinse bath by control inputs valve as required.Flow into rinse bath from pans through the cleaning fluid purifying, thereby cleaning fluid is further used, saved greatly production cost.

Brief description of the drawings

Fig. 1 is the structural representation of embodiment 1;

Fig. 2 is the structural representation of embodiment 2 perforates;

In figure: rinse bath 1, bracket 2, supersonic generator 3, cleaning fluid import 4, rinse liquid outlet 5, tank 6, No. two tanks 7, pans 8, efferent duct 9, transfer valve 10, rear pump 11, overflow pipe 12, screen pack 13, overflow valve 14, blow-off pipe 15, blowoff valve 16, inlet pipe 17, No. two inlet pipes 18, filter mantle 19, perforate 20, ring body 21, body 22, dictyosome 23, input pipe 24, transfer valve 25.Detailed description of the invention

Below by embodiment, the utility model will be further described by reference to the accompanying drawings.

Embodiment 1:

As shown in Figure 1, the repeatedly used filter element purging system of the described cleaning fluid of the present embodiment, comprise rinse bath 1, in rinse bath 1, be provided with the bracket 2 for placing filter element, on rinse bath 1, be provided with supersonic generator 3, rinse bath 1 is provided with cleaning fluid import 4 and rinse liquid outlet 5, also comprise tank 6 No. one, No. two tanks 7 and pans 8, described rinse liquid outlet 5 is connected with No. two tanks 7 with a described tank 6 by efferent duct 9, described efferent duct 9 is provided with rear pump 11, by controlling rear pump 11 by the cleaning fluid input and output pipe 9 in rinse bath 1, described efferent duct 9 is also connected with transfer valve 10, described transfer valve 10 is connected with respectively an inlet pipe 17 and No. two inlet pipes 18, control in the cleaning fluid tank 6 of inflow or No. two tanks 7 in efferent duct 9 by controlling transfer valve 10, the top of a described tank 6 and No. two tanks 7 is all provided with filter mantle 19, a described inlet pipe 17 outlets are positioned at the filter mantle 19 of a tank 6, described No. two inlet pipes 18 outlets are positioned at the filter mantle 19 of No. two tanks 7, the cleaning fluid that flows into a tank 6 and No. two tanks 7 from rinse bath 1 can filter by filter mantle 19 for the first time in perforate 20, be convenient to the precipitation of cleaning fluid later stage in a tank 6 and No. two tanks 7, promoted greatly the cleannes of cleaning fluid.A described tank 6, on No. two tanks 7, be all provided with three overflow pipes 12 of upper, middle and lower, described overflow pipe 12 bottoms all communicate with pans 8 tops and the height of pans 8 is less than all overflow pipes 12, on described overflow pipe 12, be provided with overflow valve 14, the mouth of pipe place that is positioned at the overflow pipe 12 of foot is provided with screen pack 13, in precipitation process, can select to start to banish cleaning fluid from uppermost overflow pipe 12 according to the clean-up performance of cleaning fluid in tank, at nethermost overflow pipe, 12 mouth of pipe places are provided with screen pack 13, the cleaning fluid flowing out through nethermost overflow pipe 12 is further filtered, the cleannes of cleaning fluid are ensured, a described tank 6 and No. two tank 7 bottoms are all provided with blow-off pipe 15, are provided with blowoff valve 16 on blow-off pipe 15, and the impurity of precipitation can be cleared up impurity by the blowoff valve 16 on control of sewage disposal pipe 15.Described pans 8 bottoms are higher than described rinse bath 1, and described pans 8 bottoms connect described cleaning fluid import 4 by input pipe 24, are provided with transfer valve 25 on input pipe 24.

It should be noted that, when any one need to clean in a tank 6 and No. two tanks 7, can control that wherein another carries out work by controlling transfer valve 10, can not affect the work of whole purging system.

The repeatedly used filter element purging system of this cleaning fluid, can recycle used cleaning fluid in chemical fibre industry again, so that most cleaning fluid can use again next time time, thereby reaches the effect saving production cost.Structural design is simple, and except rear pump 11, cleaning fluid mobile is all valve control and from top to bottom flows freely, and less demanding to the energy can generally be promoted aborning.

Embodiment 2:

As shown in Figure 2, the repeatedly used filter element purging system of the described cleaning fluid of the present embodiment, as different from Example 1, a described tank 6 and No. two tank 7 tops are all provided with perforate 20, described filter mantle 19 is made up of ring body 21, body 22 and dictyosome 23, described body 22 is connected between described ring body 21 and dictyosome 23, and described ring body 21 sizes are greater than perforate 20, and described body 22 is positioned at described perforate 20.This design, simple in structure and can easily filter mantle 19 be taken off and be cleaned.

Specific embodiment described herein is only to design of the present utility model explanation for example.The utility model person of ordinary skill in the field can make various amendments or supplements or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present utility model or surmount the defined scope of appended claims.

Claims (2)

1. the repeatedly used filter element purging system of cleaning fluid, comprise rinse bath (1), in rinse bath (1), be provided with the bracket (2) for placing filter element, on rinse bath (1), be provided with supersonic generator (3), rinse bath (1) is provided with cleaning fluid import (4) and rinse liquid outlet (5), it is characterized in that also comprising a tank (6), No. two tanks (7) and pans (8), described rinse liquid outlet (5) is connected with No. two tanks (7) with a described tank (6) by efferent duct (9), described efferent duct (9) is provided with rear pump (11), described efferent duct (9) is also connected with transfer valve (10), described transfer valve (10) is connected with respectively an inlet pipe (17) and No. two inlet pipes (18), the top of a described tank (6) and No. two tanks (7) is all provided with filter mantle (19), a described inlet pipe (17) outlet is positioned at the filter mantle (19) of a tank (6), described No. two inlet pipes (18) outlet is positioned at the filter mantle (19) of No. two tanks (7), a described tank (6), on No. two tanks (7), be all provided with three overflow pipes of upper, middle and lower (12), described overflow pipe (12) bottom all communicates with pans (8) top and the height of pans (8) is less than all overflow pipes (12), on described overflow pipe (12), be provided with overflow valve (14), the mouth of pipe place that is positioned at the overflow pipe (12) of foot is provided with screen pack (13), a described tank (6) and No. two tanks (7) bottom are all provided with blow-off pipe (15), on blow-off pipe (15), be provided with blowoff valve (16), described pans (8) bottom is higher than described rinse bath (1), described pans (8) bottom connects described cleaning fluid import (4) by input pipe (24), is provided with transfer valve (25) on input pipe (24).

2. the repeatedly used filter element purging system of cleaning fluid according to claim 1, it is characterized in that a described tank (6) and No. two tanks (7) top are all provided with perforate (20), described filter mantle (19) is made up of ring body (21), body (22) and dictyosome (23), described body (22) is connected between described ring body (21) and dictyosome (23), described ring body (21) size is greater than perforate (20), and described body (22) is positioned at described perforate (20).